Category: Wind

Xu Kane, Senior Vice President and Head of International Business Products Line at Envision Energy, participated in several panel discussions at the 29th Conference of the Parties to the United Nations Framework Convention on Climate Change (COP29) in Baku, Azerbaijan. Kane emphasized the importance of technological innovation in accelerating the clean energy transition and achieving the “1.5°C” goal, which calls for tripling global renewable energy capacity by 2030. He highlighted advancements in wind turbine designs, environmentally-friendly materials, and improving renewable energy generation efficiency. Kane also stressed the need for ensuring grid stability and security when integrating renewable energy at scale.
In addition to the wind energy panel, Kane participated in a discussion on “Driving Sustainable Water and Energy Transitions,” sharing insights on how innovations in wind energy and energy storage can improve renewable energy efficiency, reduce carbon emissions, and drive sustainability. Kane reaffirmed Envision Energy’s commitment to the global green transition, highlighting the company’s dedication to delivering innovative solutions in wind turbines, energy storage, and green hydrogen to overcome the challenges of achieving a sustainable future.

Source: https://solarquarter.com/2024/11/21/kane-xu-highlights-technological-innovation-as-key-to-renewable-energy-at-cop29/

EDP Renewables has received permits to build a wind farm, known as the Carpenter Wind Farm, in Remington, Indiana. The project will consist of 44 turbines and is expected to be operational in 2025. The wind farm will generate enough electricity to power over 53,000 homes and will have a capital investment of approximately $365 million. The project will also create 150-200 full-time jobs during construction and 10-13 permanent jobs once complete.
The wind farm is expected to generate millions of dollars in payments to local governments, which will benefit schools, fire departments, and the township and county. Landowners who agreed to have turbines placed on their property will receive income, and adjacent landowners will also be paid a total of $70 million throughout the life of the project.
The project will also support local businesses and improve county roads. The Jasper County Board of Commissioners is pleased to be partnering with EDP on the project and is looking forward to investing economic development agreement dollars in various projects. EDP is a global renewable energy company that develops, owns, and operates wind farms, solar parks, and energy storage systems throughout the US.

Source: https://www.newsbug.info/rensselaer_republican/news/carpenter-wind-farm-to-get-new-windmills-in-the-new-year/article_98c99f1c-a771-11ef-b462-93ca2276ecf0.html

NOV’s subsidiary GustoMSC has introduced the Quick Connector, a new technology designed to enhance the safety and efficiency of offshore lifting operations. The Quick Connector is a secure and reliable connection between the crane’s lower block and the tools underneath, allowing for swift connection and disconnection of components. This minimizes downtime, reduces labor costs, and improves overall project efficiency. The remotely operated Quick Connector also improves operational safety by eliminating the need for on-deck personnel to make the sling connection between the hook and tool during each tool change-out. The integrated lower block design removes the need for rigging and enables a higher lifting height. The Quick Connector is designed to optimize offshore heavy lift operations, reduce downtime, and minimize operational risks. According to Gerben Roks, Sales Director, Heavy Lift, NOV, the Quick Connector is a cutting-edge tool that streamlines and automates the tool connection/disconnection process, enhancing safety and efficiency while reducing costs.

Source: https://www.oedigital.com/news/519433-nov-s-gustomsc-presents-quick-connector-for-heavy-lift-cranes

A powerful storm system, classified as a “bomb cyclone,” hit the northwest US on Tuesday evening, causing widespread power outages and tree damage across the region. The system brought excessive rainfall, hurricane-force winds, and significant snowfall to the area. The National Weather Service warned of flash flooding risks at lower elevations and winter storms at higher altitudes. Over 94,000 customers in western Washington and 12,000 in Oregon experienced power outages. The storm also triggered flood and high wind watches in Northern California, with predictions of up to 8 inches of rain in some areas. The Sierra Nevada mountains were under a winter storm watch above 3,500 feet. Crews worked to prevent flooding in Yolo County, California, and residents were advised to postpone travel until Wednesday. The storm is expected to continue through Friday, with some areas receiving up to 10 inches of rainfall.

Source: https://timesofindia.indiatimes.com/world/us/bomb-cyclone-hits-northwest-us-causing-major-disruptions-power-outages-affect-thousands/articleshow/115469396.cms

As of November 18, 2024, Turpan, a city in China’s Xinjiang region, has generated 4.377 billion kilowatt-hours (kWh) of wind power, a 4.33% increase from last year. Turpan is known for its abundant wind energy resources, with a total installed wind power capacity of 2.26 million kilowatts, a 29.89% increase from 2020. To maximize renewable electricity output, the State Grid Turfan Power Supply Company has invested 125 million yuan in grid projects, including a 65.8-kilometer, 220 kV line for renewable energy. The company aims to deliver superior grid services while prioritizing the addition of further renewable energy sources. As a result, wind power utilization has consistently exceeded 95%. By the end of 2024, Turpan’s installed wind power capacity is expected to increase by 2 million kilowatts to 4.26 million kilowatts, accounting for 42.55% of the region’s total installed capacity. This will further advance the transition to clean, green, and low-carbon energy sources.

Source: https://www.manilatimes.net/2024/11/20/tmt-newswire/pr-newswire/turpans-wind-power-capacity-achieves-new-milestone-with-over-4-billion-kwh-generated-in-2024/2007796

Ocean Winds (OW), a joint venture between EDP Renewables and ENGIE, has partnered with Universidade Federal do Rio Grande do Norte to support the development of the offshore wind energy industry in Brazil. The agreement involves exchanging knowledge on regulatory frameworks, supply chain strategies, and community engagement to advance the growth of the industry. OW is also committed to investing in research and development, advanced technologies, and collaborating with academic institutions and industry partners. Separately, OW has installed the final 60 wind turbines at its 882-MW Moray West wind farm in the Moray Firth, offshore northeast Scotland. Each turbine has the capacity to generate 14.7 MW, and the farm is expected to be fully operational next year. The installation process was managed by Siemens Gamesa, which manufactured the turbine blades and components. The partnership and offshore wind farm development demonstrate OW’s commitment to advancing renewable energy technologies and supporting local industries.

Source: https://www.offshore-mag.com/renewable-energy/news/55244071/ocean-winds-oceanwinds-enters-brazil-offshore-wind-mou

NTPC Green Energy Limited (NGEL) operates across six Indian states, leveraging its portfolio to mitigate regional risks and optimize solar and wind resources. The company benefits from long-term power purchase agreements (PPAs) averaging 25 years, providing a stable revenue stream. In FY24, NGEL achieved a weighted average tariff of ₹3.4/kWh, exceeding the required rate for a 10-13% equity internal rate of return (IRR). Its hybrid tariffs, ranging from ₹3.15-3.20/kWh, outperform standalone solar tariffs and are competitive with wind power tariffs. NGEL reported FY24 revenue of ₹19.6 billion, reflecting a robust CAGR of 46.82%. The company maintained a high EBITDA margin of over 85% and achieved consistent operational performance, with 99.2% plant availability and capacity utilization factors of 22.8% for solar energy and 33.2% for wind energy. Overall, NGEL’s performance demonstrates its profitability and growth potential.

Source: https://economictimes.indiatimes.com/markets/stocks/live-blog/ntpc-green-energy-ipo-gmp-live-updates-today-check-price-band-subscription-status-allotment-listing-date/liveblog/115432415.cms?from=mdr

A new project in the UK aims to develop autonomous underwater robots equipped with artificial intelligence (AI) to inspect and repair offshore wind farms. The robots can operate autonomously in rough seas, navigating around wind turbine structures, building 3D models, and detecting defects. The robots use advanced 3D mapping technology and AI-powered sensors to analyze the environment, navigate, and detect problems, allowing for faster data analysis and maintenance insights in as little as three hours, compared to the current three weeks. The robots could be used to reduce maintenance times and improve efficiency in the renewable energy sector. As offshore wind capacity grows, these robots could play a critical role in ensuring the efficiency and safety of the UK’s renewable energy infrastructure. The project, known as the “Underwater Intervention for Offshore Renewable Energies” (UNITE) project, has a £1.4 million funding and is a collaboration between Heriot-Watt University, Imperial College London, Fugro, and Frontier Robotics. The robots could also be upgraded to perform a wider range of tasks, including cleaning and repairing defects, which will enhance their capabilities further.

Source: https://amu.tv/138225/

President-elect Donald Trump has nominated Chris Wright, a fossil fuel executive, to lead the Department of Energy. Wright has previously claimed on LinkedIn that there is no climate crisis and that the energy transition is not happening. Despite this, he has ties to the nuclear energy industry and has worked in the solar and geothermal sectors. Wright is a strong advocate for fossil fuels and has rejected mainstream climate science. His appointment has been met with criticism from clean energy advocates, who say it will hinder the US’s ability to transition to renewable energy and address climate change. Wright’s company, Liberty Energy, is a major oil and gas service provider that has profited from the US’s fracking boom. His appointment is seen as a sign that Trump plans to prioritize fossil fuels over clean energy. The fossil fuel industry is celebrating the nomination, while environmental groups are expressing concern about the potential impact on the US’s ability to address climate change.

Source: https://www.theverge.com/2024/11/18/24299573/donald-trump-energy-secretary-chris-wright-oil-gas-nuclear-ai

Ocean Winds, a 50:50 joint venture between EDP Renewables and Engie, has submitted its first planning consent application to Aberdeenshire Council for the 2 GW Caledonia offshore wind project in Scotland. The project is located in the Moray Firth and will be Ocean Winds’ third development in the area. Additionally, the company has announced the installation of the final turbine at its 882 MW Moray West offshore wind project, which is also located in the Moray Firth. The Moray West project is expected to become fully operational in 2025, following the production of its first power in July 2024. Scotland aims to reach 11 GW of offshore wind capacity by 2030, while the UK aims to reach 50 GW by the same year.

Source: https://www.enerdata.net/publications/daily-energy-news/ocean-winds-advances-2-offshore-wind-projects-totalling-29-gw-scotland-uk.html

Strategic Marine has delivered a StratCat 27 Crew Transfer Vessel (CTV) to ORLEN to operate in Poland’s growing offshore wind sector. The vessel is designed for offshore wind farm operations and is equipped with advanced technologies to meet demanding conditions. It meets Tier III emission requirements and is hybrid-ready, allowing for future adaptation to alternative energy sources. The reinforced hull plating makes it capable of withstanding harsh Baltic Sea conditions, ensuring safe and reliable transport of technicians and supplies. The vessel can accommodate up to 9 crew members and 24 passengers, providing optimal comfort and safety during technician transfers. CEO Chan Eng Yew expressed delight at the successful delivery, stating that the StratCat 27 is built with future in mind and is proud of the collaboration with ORLEN. The vessel is scheduled to begin operations in the North Sea before transitioning to the Polish exclusive economic zone in the Baltic Sea.

Source: https://www.oedigital.com/news/519322-strategic-marine-delivers-hybrid-ready-ctv-for-polish-offshore-wind-sector

The crawler crane market is expected to continue expanding due to the growing focus on infrastructure development and renewable energy. Major manufacturers such as Liebherr, Manitowoc, and Zoomlion are leading the industry with their high-lifting capacity and versatile boom configurations. Crawler cranes are widely used in construction, wind energy, and infrastructure projects, particularly in the wind farm sector where they are crucial for lifting heavy turbine components. Liebherr’s new LR 12500-1.0 crawler crane has a maximum lifting capacity of 2,500 tonnes and is suitable for large-scale industrial projects. Manitowoc’s largest Grove hydraulic crawler crane, the GHC200, features a 56.4-meter main boom and 181-tonne maximum load capacity. Zoomlion recently claimed two world lifting records for its 3,600-tonne capacity lattice boom crawler crane. Other manufacturers such as Sany, Tadano, and Kobelco are also offering a range of crawler cranes with high lifting capacities and versatility.

Source: https://www.cranebriefing.com/news/how-are-crawler-cranes-aiding-wind-energy-and-infrastructure-projects/8039841.article

The non-profit group Tri-Cities Community Action for Responsible Environmental Stewardship (Tri-Cities CARES) plans to file a lawsuit challenging Washington Governor Jay Inslee’s decision to approve the Horse Heaven wind farm with fewer restrictions than originally recommended. The wind farm, which would be the largest in the state, would stretch across 24 miles of the Horse Heaven Hills in the Tri-Cities area. Tri-Cities CARES has launched a fundraising drive and received sufficient donations to proceed with the lawsuit, which could cost around $200,000. The group is challenging the decision on several grounds, including the visual impacts of the project, the lack of testimony allowed about firefighting restrictions, and the lack of testimony allowed about the need for the project. Inslee approved the project on October 18, and the clock is ticking for any lawsuits to be filed by December 2.

Source: https://www.chronline.com/stories/nonprofit-to-sue-after-gov-jay-inslee-loosens-rules-for-washingtons-largest-wind-farm,368722

Ecuador is facing an energy crisis due to a severe drought that has affected its hydropower sector. The country’s energy reliance on hydropower is around 70%, but production has been lower than normal this year, resulting in regular power cuts. The blackouts have lasted from 4am to 11am and again from 3pm to 10pm, reducing access to power to just a few hours a day. The crisis has resulted in over 3,500 job losses, and industry bodies estimate the cost to the economy could be at least $2 billion. The government’s response has been criticized, with warnings from meteorologists that the El Niño weather pattern would result in reduced rainfall, but the country’s energy infrastructure has been neglected, leading to a breakdown of the system. The government has been warned that the longer-term threat of climate change could mean that Ecuador’s hydropower facilities are hit hard by drought for years to come, highlighting the need for greater diversification in the country’s energy mix.

Source: https://oilprice.com/Energy/Energy-General/Rolling-Blackouts-Cripple-Ecuadors-Economy.html

The content you are trying to access does not exist or is currently unavailable. This is indicated by a status code of 404.

Source: https://abcnews.go.com/Politics/trumps-energy-secretary-nominee-chris-wright/story?id\u003d115935864

The US and Ukraine have partnered to develop small modular reactors (SMRs) to replace Ukraine’s coal-fired power generation and help decarbonize its steel industry. The partnership aims to rebuild, modernize, and decarbonize Ukraine’s steel industry, with SMRs playing a key role. The countries will also build a pilot plant to demonstrate clean hydrogen and ammonia production using simulated SMR technology. Ukraine is facing an energy crisis this winter after half of its power generation capacity was destroyed during the Russian conflict. The country is working to rebuild its energy infrastructure, including through agreements with foreign partners to build cleaner and more sustainable projects.

Source: https://www.powermag.com/u-s-has-agreement-to-help-build-smrs-for-ukraine-power-generation/

The UK’s Labor Party has set a target to decarbonize the country by 2030, but industry leaders and unions are expressing doubts about the feasibility of this deadline. RWE, a major player in renewable energy, has warned that the “rush to deliver by 2030” could lead to short-term resource constraints, price spikes, and consumers losing out. The Energy Industry Council’s Neil Golding stated that the target is not achievable at the current pace of developments, while Gary Smith, head of the GMB Union, called it “impossible”. RWE is a partner in the development of the world’s largest wind farm at Dogger Bank in the North Sea. Last week, Labor’s Ed Miliband pointed to a report by the National Energy System Operator (NESO) which suggested that clean power could be achieved by 2030. However, industry leaders and unions remain skeptical about the viability of this target, citing concerns about the lack of infrastructure and resources to support the transition to a low-carbon economy.

Source: https://www.telegraph.co.uk/politics/2024/11/16/miliband-2030-net-zero-target-infeasible-says-windfarm-exec/

The Indian government is taking steps to regulate e-waste by including solar, wind, and electric vehicle components in its guidelines. However, there is a lack of clarity on how producers should recycle components. First Solar, an American renewable energy company, has already included solar panel recycling in its business model and plans to use recycled components to make new panels. Experts believe that recycling can be profitable for Indian solar producers, but warn that without a clear plan, India could become a major waste generator. Currently, India imports over 95% of lithium-ion batteries and rare earth minerals needed for clean power and EV batteries, and only 10% of those materials are currently recycled. Experts recommend creating a circular economy policy to maximize product use and minimize waste, and industry stakeholders agree that recycling can create jobs and stimulate the clean energy sector.

Source: https://www.newindianexpress.com/business/2024/Nov/16/clean-energy-could-create-millions-of-tons-of-waste-in-india-some-are-working-to-avoid-that

According to Ukrainian Minister of Energy German Galushchenko, the development of wind energy will be a key priority in 2025. The government plans to significantly increase wind generation next year, with plans to construct wind generation facilities with a capacity of over 800 MW. Galushchenko also emphasized the importance of solar energy development, particularly for households, and mentioned that the government is creating opportunities for people to install solar panels with zero-interest loans. However, he considers the development of wind energy to be the most important issue in the coming year. The minister also mentioned that the ministry is studying whether to make changes to the terms of auctions for renewable energy sources after the first auction failed to take place due to a lack of offers. Ukraine’s western partners, including Norway, have expressed interest in wind energy projects, with a potential project of 300 MW currently being considered.

Source: https://www.ukrinform.net/rubric-economy/3927530-energy-minister-announces-construction-of-over-800-mw-of-wind-generation-in-2025.html

In Ireland, not all young people from farming families want to continue the family tradition. However, many farmers are exploring alternative uses for their land, such as installing solar panels. This can provide a new source of income and help reduce reliance on imported food. Solar panels can be installed alongside ongoing farming activities, with sheep even being able to graze in the shade. While some politicians, like Tánaiste Micheál Martin, are opposed to farmers installing solar panels, citing concerns about the aesthetic impact, others see it as a sustainable and attractive option. The installation of solar panels is becoming increasingly important for succession planning on family farms, and it’s a way to put the land to another use.

Source: https://euroweeklynews.com/2024/11/15/solar-power-is-beating-wind-power-for-private-installations-in-republic-of-ireland/

The Othona Community, a remote Christian group in Bradwell-on-Sea, Essex, is urging the government to change a law that prevents it from installing a 25kw wind turbine due to visual impact concerns. The group currently relies on an oil generator, incurring a £5,000 annual cost. A proposal was rejected by Maldon District Council in 2022, citing concerns over the turbine’s appearance and potential impact on a nature reserve. Othona argues that connecting to the nearest electricity grid is unaffordable, with an estimated £100,000 cost. Richard Sanders, joint warden, stresses the importance of going carbon-neutral by 2030, but believes installing the turbine would be a big step forward. The case echoes lobbying by the National Farmers’ Union (NFU) to loosen regulations on wind turbines.

Source: https://www.bbc.com/news/articles/c36p8pdx145o

Alcazar Energy Partners, a Dubai-based sustainable investments firm, has signed a Memorandum of Understanding (MoU) with the Egyptian Electricity Transmission Company (EETC) and the New and Renewable Energy Authority (NREA) to develop a 2 GW onshore wind farm in Egypt. The project aims to produce enough clean electricity to power over 1.3 million households and reduce CO2 emissions by up to 4.7 million tonnes annually. The wind farm is expected to create up to 12,500 construction jobs and 1,170 full-time operation jobs. However, the project’s location, cost, and timelines were not disclosed. This partnership is a significant step towards Egypt’s goal of increasing its renewable energy capacity and reducing its reliance on fossil fuels. The project has the potential to make a significant impact on Egypt’s energy landscape and contribute to a cleaner and more sustainable future.

Source: https://transformers-magazine.com/tm-news/alcazar-energy-to-develop-wind-farm-in-egypt/

The Bureau of Ocean Energy Management (BOEM) has released a draft programmatic environmental impact statement (PEIS) assessing five offshore wind lease sites off the coast of California. The PEIS evaluates the potential environmental, wildlife, and other impacts of offshore wind development in the Humboldt and Morro Bay lease areas. The areas have a potential capacity of 4.6 GW and are expected to be developed by 2045. The PEIS suggests potential mitigation measures to minimize impacts, including passive acoustic monitoring, avoiding the use of certain chemicals, and vessel speed limits. The agency also analyzed three scenarios, including one where development does not occur, and found that offshore wind development could benefit the local environment by reducing emissions. However, it also poses risks to native animals like bats, birds, and sea turtles. The public has 90 days to comment on the PEIS, with comments due on February 12. The PEIS is an important step forward for floating offshore wind in California and will help ensure timely decisions can be made to advance the development of offshore wind projects.

Source: https://www.utilitydive.com/news/boem-environmental-review-california-offshore-wind-lease/732960/

MS INDUSTRY, a Polish heavy lift contractor, used an Enerpac SBL1100 hydraulic gantry to install transformers at the Baltic Power substation, part of the Baltic Power Offshore Wind development. The gantry allowed for precise positioning of the transformers on their respective installation tracks. The transformers, each weighing 354t, were transported to the site and unloaded using the gantry. The Enerpac SBL1100 was chosen due to space limitations and unsuitable ground conditions, making a crane an impractical option. The gantry’s Intelli-Lift wireless control system provided precision and accuracy, enabling the operator to raise and lower the gantry beam and side shift units to position the transformer on the installation track. The Baltic Power wind farm, set to be completed in 2026, will have a generating capacity of up to 1.2 GW. The Enerpac SBL1100 is a powerful hydraulic telescopic gantry capable of lifting up to 10,484 kN at the top of the first stage.

Source: https://www.cranestodaymagazine.com/news/ms-industry-installs-transformer-as-part-of-baltic-power-offshore-wind-development/

Abu Dhabi Future Energy Company PJSC, also known as Masdar, has reached a milestone in the development of its 1 GW wind farm in Kazakhstan. The investment agreement was signed on the sidelines of COP29 in Baku, marking the company’s inaugural project in Kazakhstan. The wind farm, located in the Jambyl region, will feature a 600 MWh battery energy storage system and is expected to provide power to approximately 300,000 homes in the south of Kazakhstan. The project is being co-developed by W Solar, Qazaq Green Power, and the Kazakhstan Investment Development Fund, with Masdar as the lead developer.
The wind farm is significant as it represents a major investment in Kazakhstan’s potential as a major clean energy producer and is set to be one of the largest wind farms in the Commonwealth of Independent States (CIS) region. The project is aligned with the UAE’s support for Kazakhstan’s ambitious climate action plans and will help accelerate Kazakhstan’s energy transition.

Source: https://www.energyglobal.com/wind/14112024/major-milestone-reached-for-wind-farm-in-kazakhstan/

The Global Carbon Project’s 2024 Global Carbon Budget report projects a 4.6% increase in India’s carbon emissions in 2024, making up 8% of global emissions. Global fossil CO2 emissions have reached a record high of 37.4 billion tonnes, with China being the largest emitter. The report highlights that fossil fuels dominate the global energy landscape, with coal, oil, and gas contributing 41%, 32%, and 21% of emissions, respectively. Despite global efforts to reduce emissions, there is no indication of a peak in fossil fuel emissions. The report urges world leaders to implement swift and substantial reductions in fossil fuel emissions to meet the Paris Agreement goals. Atmospheric CO2 concentrations are expected to reach 422.5 ppm in 2024, a level 52% higher than pre-industrial figures. The report warns that the remaining “carbon budget” to prevent a 1.5°C rise in global temperatures could be depleted within six years if emissions remain at current levels. The report also notes that emissions from international aviation and shipping, as well as land-use change emissions, are expected to increase in 2024.

Source: https://www.constructionworld.in/energy-infrastructure/power-and-renewable-energy/india-considers-small-wind-turbines-for-urban-energy-access/65046

Itron, a provider of energy and water services, has partnered with Pacific Gas and Electric (PG&E) to make electric vehicle (EV) charging more accessible and affordable for PG&E’s customers. The companies are launching a pilot program called EV Connect, which will enable customers to install and operate faster Level 2 EV charging at home without the need for costly panel and service upgrades. The program uses distributed intelligence edge computing technology that operates on the customer’s electric meter to manage EV charging loads in real-time. This innovative solution will allow customers to avoid the cost and wait time associated with upgrading service panels and residential service conductors. The pilot program will support up to 1,000 residential customers who currently own or are considering purchasing an EV. The program is expected to launch in early 2025, with larger availability planned for the second half of 2025.

Source: https://www.powermag.com/itron-pge-announce-program-to-support-ev-charging-with-grid-edge-intelligence/

Brazil’s national grid operator (ONS) has been imposing curtailments on renewable power generation, limiting the output of solar and wind plants to maintain grid stability. This has led to significant financial losses for local generators, with cumulative losses of around 1.8 billion reais (US$320 million) from January 2023 to September 2024. As a result, some companies are putting their investment plans on hold due to uncertainty about the volume of curtailments. Additionally, the increase in PV module import taxes and low energy prices have also impacted solar power investments. The severe drought in 2024 has led to increased energy prices, which are further pressured by curtailments and inflation in equipment prices. The lack of operational flexibility in the electricity system is a major concern, and experts are calling for the need to structure the energy market to ensure adequacy. The transmission grid’s capacity to absorb new generation plants is also a point of concern, with the margin map being congested. Despite the challenges, Brazil has added 9.3GW of renewable energy capacity between January and October, with an increase of 1.5GW in October alone.

Source: https://www.bnamericas.com/en/analysis/curtailments-in-brazil-affecting-solar-wind-power-investment-plans

Hontek Corporation, a company that specializes in erosion-resistant coatings for wind energy, aerospace, and industrial applications, is partnering with Socomore to support the growth of the wind industry. Socomore, a chemical product designer and manufacturer, will become the production and sales partner for Hontek’s Leading Edge Protection (LEP) products in the wind and aerospace markets. The collaboration combines Hontek’s expertise in erosion protection technology with Socomore’s 50 years of experience in surface protection solutions. Hontek’s LEP products, including the SOCOBLADE LEP 220 & 220H, are designed to provide high-performance protection against erosion in a wide range of environments and are already field-proven in onshore, offshore, and nearshore wind farms. The partnership will provide maintenance operators and wind turbine manufacturers with a comprehensive solution for protecting wind turbines, and will expand Socomore’s technology offering to new markets.

Source: https://www.windpowerengineering.com/hontek-socomore-collaborate-on-erosion-protection-solutions-for-wind-market/

India’s renewable energy sector has experienced significant growth from October 2023 to October 2024, with a 24.2 GW increase in total renewable energy capacity. This growth aligns with the country’s “Panchamrit” goals, which aim to promote clean energy. The solar power sector saw the most significant growth, with an increase of 20.1 GW, accounting for 27.9% of the total solar capacity. Wind energy also grew, with a 7.8% increase. The total wind capacity now stands at 72.35 GW. During the period from April to October 2024, India added 12.6 GW of renewable energy capacity, with 1.72 GW added in October alone. The number of renewable energy projects under implementation and tendered also grew, with 143.94 GW and 89.69 GW respectively. Hydro and nuclear power contribute to the country’s renewable energy mix, adding diversity and resilience.

Source: https://solarquarter.com/2024/11/13/indias-renewable-energy-capacity-surges-by-24-gw-with-strong-growth-in-solar-and-wind-power/

One year after world leaders vowed to shift away from fossil fuels, global carbon dioxide emissions from fossil fuels are projected to reach a record high of 37.4 billion metric tons in 2024, a 0.8% increase from 2023. This trend puts the world further away from its goal of stopping global warming. The increase is not uniform globally, with emissions likely to decline in the US and Europe, but offset by a surge in India and other regions. Despite advances in solar panels, wind turbines, and electric vehicles, countries have continued to burn more oil, coal, and gas to meet growing energy demands. Experts had previously predicted global emissions could peak this decade, but the rapid spread of clean energy technologies has only partially satisfied the world’s energy needs.

Source: https://www.nytimes.com/2024/11/12/climate/fossil-fuel-emissions-2024-record.html

UK Energy Minister Michael Shanks has confirmed that the country’s net-zero ambitions will not be altered by US President Donald Trump’s “drill, baby, drill” motto. Trump’s phrase, which was repeated during his presidential campaign, is focused on increasing oil drilling, but the UK is committed to achieving net-zero carbon emissions by 2030. The UK’s action plan for achieving this goal will be outlined later this year. Shanks emphasized the importance of a mix in the UK’s energy system, including nuclear power and long-duration energy storage, to ensure a reliable supply of energy. He also acknowledged the limitations of relying solely on renewable energy sources like offshore wind, which can be intermittent. Despite Trump’s emphasis on drilling, the UK remains committed to its net-zero goals and will continue to invest in a diverse range of energy sources to achieve them.

Source: https://uk.news.yahoo.com/trump-drill-baby-drill-policy-145510548.html

This is a statement of terms and conditions for Azthena, a Q&A platform. While the platform only uses approved and edited content for its answers, there is a possibility of incorrect responses. Therefore, users are advised to verify any data provided with the related suppliers or authors. Additionally, the platform does not provide medical advice, and users should consult a medical professional before taking any action based on the information provided.
The platform will share users’ questions, but not their email details, with OpenAI for 30 days in accordance with OpenAI’s privacy principles. Users are asked not to submit questions that contain sensitive or confidential information. By using the Azthena platform, users agree to these terms and conditions, which can be found in full on the platform’s website. Overall, the platform aims to provide accurate and helpful responses while also respecting users’ privacy and confidentiality.

Source: https://www.azocleantech.com/news.aspx?newsID\u003d35311

SJVN Green Energy Limited (SGEL) has issued a tender for the development of a 100 MW wind power project connected to the GETCO grid in Gujarat. The project will include a comprehensive 10-year operation and maintenance plan. Interested bidders can propose projects with a minimum capacity of 50 MW and a maximum of 100 MW, and can submit bids for a single project or two separate 50 MW projects.
The selected wind turbines must adhere to the MNRE’s Revised List of Models & Manufacturers, and the projects must be designed for interconnection with the GETCO substation. Bidders must ensure compliance with connectivity provisions and regulations set by CERC/GERC.
Important dates for the tender include the release of the bid document on October 16, 2024, to November 13, 2024, and the last date for bid submission on November 14, 2024. The cost of the bid document is ₹5,900, which includes 18% GST. The bid security (EMD) required is ₹2.7 crore for a 50 MW project and ₹5.4 crore for a 100 MW project. All bids must comply with the criteria set out in the bid documents.

Source: https://windinsider.com/2024/11/12/sjvn-green-energy-invites-bids-for-100-mw-wind-power-project-in-gujarat-with-10-year-om/

A group of BYU students from the Wind Energy Club and an engineering capstone team are designing energy-efficient solutions for the Collegiate Wind Competition, sponsored by the U.S. Department of Energy. The team is working on two projects: designing a floating scale wind turbine and creating a mock wind farm that would operate off the coast of Oregon. The students are also involved in community outreach, organizing presentations at local elementary and middle schools to teach the importance of wind energy. The team will submit their designs and reports in December and will be narrowed down to 12 teams that will move on to the final competition in May. The competition aims to connect colleges with the wind industry and promote the wind industry in the U.S. The BYU team is diverse, with students from various majors and backgrounds working together to design and build their projects. The experience is helping students connect their education to the real world and potential future jobs in the energy industry.

Source: https://www.ksl.com/article/51185548/byu-students-design-floating-wind-turbine-for-national-competition-

Lithuania recently celebrated the cornerstone-laying of the Telšiai wind farm, which will feature 20 cutting-edge turbines and produce 420 GWh of energy annually, powering over 125,000 households. The project is led by Utilitas Wind and will be transferred to Latvenergo, highlighting the Baltic states’ commitment to green energy. The event was marked by a time capsule ceremony, where officials from Lithuania and Latvia wrote a “Letter to Future Generations” representing their vision for a shared sustainable energy future.
Utilitas Wind, a leading renewable energy producer, has also launched Latvia’s first utility-scale battery energy storage system (BESS) at the Targale wind park. The 10 MW, 20 MWh capacity battery system is designed to store surplus electricity during high production periods and supply stored power during shortfalls, enhancing energy reliability and grid balance. This project marks a significant step towards meeting the Baltic states’ goal of synchronizing with the European grid.
The article highlights the need for streamlined permits to meet aggressive energy targets, with Utilitas Wind’s CEO emphasizing the importance of Estonia expediting building permits to keep pace with its renewable energy goals. The developments in the Baltic region are a significant step towards accelerating the transition to a green future.

Source: https://www.environmentenergyleader.com/stories/baltic-nations-advance-energy-security-with-major-wind-and-battery-storage-initiatives,56936

India has added a significant 201.46 gigawatts (GW) of solar and wind capacity in the first nine months of 2024, with solar accounting for the majority of the new capacity at 17,444 megawatts (MW). This represents a 105.8% increase compared to the same period last year. The government’s initiative to issue bids for 50 GW of renewable energy capacity annually over the next five years has contributed to the surge in solar capacity additions. Rajasthan, Gujarat, and Tamil Nadu were the top three states in terms of new utility-scale solar capacity additions. In the rooftop solar segment, India added 3.2 GW, a 7.3% increase compared to the same period last year. Off-grid/distributed solar also saw significant growth, with 1,035 MW added in 9M 2024. Wind capacity additions were also significant, with 2.6 GW added, mainly in Gujarat, Karnataka, and Tamil Nadu. JMK Research expects India to surpass its record solar installation of over 20 GW in 2024, with wind installations projected to cross the 3 GW mark.

Source: https://asian-power.com/news/india-adds-20-gw-solar-wind-capacity-in-9m

A man has allegedly been involved in a unusual accident at a wind farm in Rokewood, Victoria, where he was crushed by a wind turbine blade. The incident is believed to have occurred at around 8am this morning. The man’s condition is currently unknown, and further information is awaiting confirmation.

Source: https://7news.com.au/news/man-reportedly-crushed-by-wind-turbine-blade-at-wind-farm-in-rokewood-victoria–c-16709367

The article discusses the ongoing debate over renewable energy, specifically wind power, in the context of the 2024 presidential election. The author cites Massachusetts Senator Ed Markey’s quote on the need to prioritize scientific accuracy over public opinion on climate policy. However, the author argues that this approach is misguided, as it disrespects the democratic process and ignores the concerns of the public. The article then shifts its focus to New Jersey Rep. Jeff Van Drew, a former Democrat who switched to the Republican party in 2020 and is opposed to offshore wind turbines. He claims that he has spoken with Donald Trump regularly, who also opposed the turbines. The article also features an expert, Bob Stern, who believes that nuclear power is a more effective and reliable way to reduce carbon emissions. The author concludes that the relatively small benefit of wind turbines in reducing carbon emissions is outweighed by the increased cost of electricity, citing the example of California’s recent experience with rising electricity rates.

Source: https://www.nj.com/opinion/2024/11/the-woke-attitude-on-energy-is-gone-with-the-wind-mulshine.html

Uzbekistan aims to increase its solar and wind energy production to over 18,000 MW by 2030, which will enable the country to generate 50 billion kWh of electricity annually, save 15 billion cubic meters of natural gas, and prevent the emission of 21 million tons of harmful gases. The country has signed 38 agreements with international companies to construct solar and wind power plants, with a combined capacity of 20,630 MW. Currently, several large-scale renewable energy projects are underway, including 7 solar photovoltaic plants and 3 wind farms. Uzbekistan has already successfully commissioned 9 solar power plants and 1 wind farm, generating 2.7 GW of “green” electricity. The country aims to generate 40% of its electricity from renewable sources by 2030. To support this goal, the government has introduced a program to purchase electricity generated by solar panels installed by households and has created an online platform to encourage the adoption of solar energy.

Source: https://daryo.uz/en/2024/11/10/uzbekistan-targets-over-18000-mw-of-solar-and-wind-energy-by-2030

The European Bank for Reconstruction and Development (EBRD) is considering a senior debt financing of up to $200 million to support the development of a 1.1 GW wind farm in Egypt’s Gulf of Suez region. The project, which aligns with Egypt’s renewable energy targets, aims to deliver clean energy at a competitive tariff and reduce environmental impacts from traditional energy sources. The project will also reduce CO2 emissions, lower water consumption, and save approximately 2.2 million tonnes of CO2 emissions annually. The EBRD’s financing structure features an extended grace period and longer financing tenor, which is essential for such a large project. The EBRD’s involvement will also provide strategic support in managing non-financial risks, such as regulatory, project, and political risks. This investment reinforces the EBRD’s commitment to promoting green energy solutions and supporting Egypt’s transition to a low-carbon economy, contributing to its climate resilience and economic stability.

Source: https://www.dailynewsegypt.com/2024/11/09/ebrd-considers-200m-debt-finance-for-1-1-gw-suez-wind-energy/

The Biden administration is proposing stricter restrictions on energy development on over 6,500 square miles of federal land in the western US to protect the Greater Sage Grouse. The proposal aims to limit oil and gas exploration in areas crucial to the bird’s survival and exclude new solar and wind projects in these areas. The administration claims this will boost sag grouse populations while still allowing development on government lands. However, the move is unlikely to survive under the incoming Trump administration. The oil and renewable energy industries, as well as some environmentalists, are opposed to the proposal. Conservation groups support the change, but others argue that it does not go far enough to protect the sage grouse. The affected areas are mainly in Nevada, California, and seven other western states. A final decision on the changes will be made after comments are accepted until December 9.

Source: https://timesofindia.indiatimes.com/home/environment/flora-fauna/biden-moves-to-restrict-drilling-renewables-in-the-u-s-west-to-help-struggling-bird-species/articleshow/115112271.cms

Luthra and Luthra Law Offices India advised State Bank of India and other consortium lenders in a transaction involving a financial assistance of up to INR 7163.00 Crore to Adani Hybrid Energy Jaisalmer Five Limited. The assistance was for the purpose of setting up a 1190 MW renewable energy hybrid power project, consisting of a solar power plant and wind farm, in Gujarat, India. The project has an installed capacity of 1363 MW. The core transaction team consisted of Girish Rawat, Partner, Varun Chauhan, Partner Designate, and Associates Radha Murali and Devyani Kukreti. Senior Associate Sakshi Mishra and Associate Sayali Dodal assisted on the due diligence aspect of the transaction.

Source: https://www.livelaw.in/law-firms/deals/luthra-and-luthra-law-offices-india-sbi-financing-adani-renewable-energy-hybrid-project-274702

The Biden administration has issued final regulations to protect the greater sage grouse, a bird species found in 10 Western states. The regulations aim to limit drilling and mining on federal lands and the development of clean energy such as solar and wind power. This move comes as a response to the declining habitat of the sage grouse, which has shrunk due to mining, industrial activity, wildfire, and drought linked to climate change. The species is teetering toward endangered status. Conservation groups have expressed support for the regulations, saying they align with scientific recommendations. However, the plan may be upended by the incoming Trump administration, which has pledged to increase oil and gas production on public lands and weaken sage grouse habitat restrictions. The move is part of a long-standing conflict between environmentalists and the drilling and mining industries over wildlife habitat in the Western states.

Source: https://www.nytimes.com/2024/11/08/climate/biden-sage-grouse-drilling-oil-environment.html

The Bureau of Ocean Energy Management (BOEM) has released the final Environmental Impact Statement (EIS) for the SouthCoast Wind Project off the coast of Massachusetts. The project, developed by Ocean Winds, proposes up to 147 wind turbine generators, five offshore substation platforms, and eight export cables. The lease area covers approximately 127,388 acres and is expected to deliver 2.4 GW of power to Massachusetts and Rhode Island by 2030. BOEM is currently reviewing the Construction & Operation Plan, which would be the final approval step.
The offshore wind industry is facing uncertainty following the election of Donald Trump, who has expressed skepticism about wind energy. Despite this, executives are highlighting the benefits of offshore wind, including job creation and environmental benefits. The American Clean Power Association has congratulated Trump and expressed a willingness to work with the new administration. However, many are concerned that the new administration may slow the progress of offshore wind energy, which has been accelerated under the Biden administration. The industry is waiting for signals from the incoming president on the future of offshore wind energy.

Source: https://maritime-executive.com/article/boem-releases-eis-for-next-offshore-wind-farm-as-industry-faces-uncertainty

Offshore wind power is a crucial component of the global transition to clean energy, offering significant environmental and economic benefits. However, the industry must also consider its impact on the circular economy. True circularity involves designing products with end-of-life reuse and repurposing in mind, reusing materials, and reducing dependence on virgin resources. While offshore wind turbines can be designed with sustainable materials, the focus must expand beyond turbines to the entire supporting infrastructure. The industry must rethink the material life cycle of service fleets, foundations, and other components to achieve a fully circular and sustainable model. This includes considering design, material sourcing, maintenance, decommissioning, and recycling or reuse. To secure its place in the circular economy, offshore wind must adopt a holistic approach that encompasses the entire ecosystem, from turbine design to the wider supporting infrastructure. By doing so, the industry can limit its environmental impact, reduce carbon emissions, and create economic benefits.

Source: https://www.offshore-mag.com/renewable-energy/article/55241459/tidal-transit-opinion-embracing-the-circular-economy-potential-of-offshore-wind

German company Pure New Energy (PNE) plans to proceed with a $4.6 billion offshore wind power project in Vietnam’s central coastal province of Binh Dinh on its own. The company’s CEO, Per Hornung Pedersen, has stated that the Vietnamese side has a strong interest in pursuing the project, but PNE wants to be the sole owner of the project. The project, known as Hon Trau, will be executed on Hon Trau island and will have a capacity of 2,000 MW, with 50 turbines installed in each of three phases. The project is part of Vietnam’s draft Power Development Plan VIII (PDP VIII), which aims to generate 6 GW of offshore wind power by 2030. However, Vietnam’s legal framework for offshore wind power is still underdeveloped, and the Ministry of Industry and Trade is drafting a piloting mechanism for the sector. The ministry is considering allowing state-owned companies to collaborate with other businesses to proceed with projects, but its preference is to let state-owned companies operate alone.

Source: https://theinvestor.vn/germanys-pne-wants-to-process-46-bln-offshore-wind-power-project-in-vietnam-by-itself-d13256.html

Japanese company J-Power and the University of Tokyo have developed a new type of foundation for offshore wind turbines that is designed to be earthquake-resistant. The “flexible tripile” foundation provides seismic isolation from the ground, reducing earthquake vibrations for fixed-bottom offshore wind turbines. This technology is tailored to Japan’s specific topography and is expected to improve constructibility in locations with shallow bedrock. The design includes steel plates and square steel pipes in the foundation’s base plate, creating a flexible structure that reduces the risk of tower oscillations being amplified by seismic motion. The new foundation is also expected to be cheaper to construct than traditional technologies, making offshore wind energy more affordable. The technology has been tested and shown to reduce earthquake-induced vibrations compared to traditional foundations. J-Power plans to install the flexible tripile foundation in real-world marine environments to further test its practical use and advance its technology.

Source: https://www.thecooldown.com/green-tech/flexible-tripile-foundation-offshore-wind-turbines-japan/

A fast-moving wildfire, dubbed the Mountain Fire, erupted in Ventura County, California, north of Los Angeles, forcing thousands of residents to evacuate. The fire has burned over 30 square miles, with 10,000 people displaced and 3,500 homes at risk. The National Weather Service issued a rare “Particularly Dangerous Situation” red flag warning due to strong winds and dry conditions. Video footage shows flames consuming homes and embers blowing through residential areas. Two people were hospitalized with smoke inhalation. Firefighters were unable to use helicopters to fight the fire due to high winds. The fire has grown rapidly, with the area under a red flag warning until at least Friday morning. The Broad Fire, a smaller blaze, is burning near Malibu, but firefighters are making progress. Many schools in Ventura County are closed, and Southern California Edison has shut off power to nearly 70,000 customers. The fire serves as a reminder of the state’s ongoing risk of wildfires, which have been caused by electrical infrastructure issues in the past.

Source: https://weather.com/news/news/2024-11-06-california-wildfires-malibu-camarillo-heights

Potent Santa Ana winds are causing widespread destruction and power outages in southern California, sparking massive wildfires. A fire broke out in Malibu, with homes being evacuated. Thousands of people are without power as the strong winds continue to rage. The National Weather Service has issued a Red Flag warning, valid until Thursday morning, due to the extreme weather conditions.
The Santa Ana winds, which are expected to continue for several days, are bringing extreme dryness and gusts of up to 80 mph. These strong winds are causing hazardous conditions, making it difficult for firefighters to battle the blazes. The fire in Malibu is one of several that have erupted in the region, with others reported in the San Gabriel and Laguna Beach areas.
As a result of the strong winds and dry conditions, over 100,000 people are under evacuation orders, with many more advised to leave their homes. The situation is expected to remain dire until the winds die down, which is not expected until Thursday morning. In the meantime, residents are being advised to stay indoors and away from affected areas to avoid the danger posed by the destructive Santa Ana winds and fires.

Source: https://edition.cnn.com/weather/live-news/ventura-county-southern-california-wildfire-11-07-24/index.html

Tata Power, one of India’s largest energy companies, and Noida International Airport (NIA) have entered into a strategic partnership for renewable energy integration. The partnership aims to provide sustainable infrastructure for India’s aviation sector. Tata Power Trading Company Ltd. will manage the renewable energy portfolio, supplying 10.8 MW of wind power and 13 MW of solar power to NIA. The partnership will also involve the development of critical dry utilities, including electrical infrastructure, and operation and maintenance (O&M) services over a 25-year period. The investment in solar and wind power supply, as well as the development of essential utilities and smart energy infrastructure, is valued at ₹550 crore (~$66 million). The partnership is a significant step towards establishing modern, sustainable airports in India, which is expected to witness the construction of over 200 new airports in the next two decades. The partnership will enable NIA to manage over 12 million passengers in the first phase, with plans to cater to 70 million passengers annually upon completion of all four development phases.

Source: https://indianpsu.com/tata-power-and-noida-international-airport-partner-for-solar-and-wind-power/

Southern California Edison (SCE) implemented widespread power cuts on Wednesday morning due to a National Weather Service “Particularly Dangerous Situation Red Flag Warning” caused by strong Santa Ana winds. The power shutoff affected over 13,800 customers in Los Angeles, Riverside, San Bernardino, and Ventura counties, with more planned. Two public schools in San Bernardino remained open despite the power outage, using backup measures to maintain operations. The San Bernardino Unified School District also assured that Kimbark Elementary School would remain open. Although the power shutoffs were widespread, SCE initially planned to cut off power to over 55,000 customers, with some areas experiencing strong winds of up to 80 mph. The National Weather Service issued a red flag warning for the San Fernando Valley, Santa Clarita Valley, and parts of Ventura County, expecting adverse fire weather conditions until Thursday afternoon. As a result, residents were advised to take precautions during the severe weather conditions.

Source: https://www.cbsnews.com/losangeles/news/power-cut-to-some-southern-california-customers-due-to-high-wind-and-fire-dangers/

Airtelis and Airbus Helicopters have signed a framework agreement for the purchase of five H145 helicopters, with one firm order. The helicopters are intended for operation by Airtelis’ subsidiary Oya Vendée Hélicoptères, which provides support for the offshore wind industry. The H145 is particularly suited for this purpose, as it has been successfully used in the construction of the Yeu Noirmoutier offshore energy platform off the coast of Nantes. According to Laurent Giolitti, executive president of Airtelis, the H145 has proven to be the perfect helicopter for offshore wind operations. The latest version of the H145 features an innovative five-bladed rotor, which increases the helicopter’s load capacity by 150 kilograms. This new design enables the helicopter to carry heavier loads, making it an attractive choice for offshore wind operations. With this agreement, Airtelis can expand its services and support the renewable energy market more effectively.

Source: https://nawindpower.com/airtelis-signs-helicopter-framework-with-airbus-to-expand-offshore-operations

Nikolaos Apodiakos owns and operates Victoria Steamship Co. Ltd, a ship management company that has a fleet of 13 bulk carriers. The company has a distinct approach, prioritizing environmental impact and exploring new technologies, going back to the 2000s. Costas Apodiakos, Nikolaos’ father, was a pioneer in experimenting with wind power for merchant ships, leading to the development of Anemoi Marine Technologies, which was later established. Anemoi’s technology is designed to capture wind energy and reduce fuel consumption. The company has installed its sails on several vessels, including the Afros, a 95,000 dwt Ultramax bulk carrier, and the 388,000 dwt Berge Neblina. The technology is also adaptable for smaller vessels. Additionally, Victoria Steamship has a pilot carbon capture and storage (CCS) project, which has retrofitted a bulk carrier with a Sinotech CCS installation. The company is also working on a smaller-scale CCS project using a UK government grant, aiming to develop CCS for smaller vessels. These initiatives demonstrate the company’s commitment to reducing its environmental impact and encouraging a more sustainable future for the shipping industry.

Source: https://www.lr.org/en/knowledge/insights-articles/pioneering-sustainable-technologies-in-bulk/

India’s renewable energy (RE) sector saw significant growth in October 2024, with 16 tenders launched for a total capacity of 11,098 MW. Prominent issuers included NHPC, NTPC, and SECI, which issued tenders for solar, wind-solar hybrid, and round-the-clock RE power linked to the inter-state transmission system (ISTS). Between January and September 2024, India added 17,444 MW of solar and 2,626 MW of wind energy, bringing the total cumulative RE capacity to 201.46 GW. Auction activities in October resulted in the award of 6,316 MW of RE capacity to developers, indicating sustained interest in the sector. The RE sector received $103 million in new funding, supporting project development and expansion. Policy momentum continued to support the sector’s growth, with 10 central and 12 state-level policy notifications, regulations, and orders issued to accelerate renewable energy adoption and development. The Indian Energy Exchange (IEX) reported stable market dynamics, with trading volumes remaining high.

Source: https://indbiz.gov.in/indias-renewable-energy-sector-sees-significant-growth-with-new-tenders-investments-in-oct-24/

Van Oord and Ørsted have collaborated to install “Droppable Oyster Structures” in an offshore wind farm site, aiming to enhance marine life around the monopiles. These transportable structures can be placed on the seabed from a small vessel’s deck, unlike traditional methods that required massive, heavy structures and expensive cranes. This innovative approach enables a more efficient and cost-effective way of creating artificial reefs, promoting marine biodiversity and benefiting the environment. The “Droppable Oyster Structures” are designed to be easily transportable and deployable, making them an attractive option for the development of future offshore wind farms and environmental conservation efforts. By improving marine habitats, this JV can also contribute to a healthier ecosystem and enhance the overall sustainability of the wind farm.

Source: https://www.maritimejournal.com/environment/oyster-reefs-installed-in-offshore-wind-farms/1497780.article

Sany Renewable Energy Co. Ltd. (688349.SH) has secured two large contracts to supply 1.6 gigawatts of wind turbines to Indian clients. The deals mark the company’s expansion into the global market, as the demand for renewable energy is expected to slow down in China. Under the agreements, Sany Renewable Energy’s Indian subsidiary will supply 1,324 megawatts of turbines to three units of JSW Group, an Indian conglomerate. Additionally, the company will supply 300 megawatts of turbines to an Indian unit of Sembcorp Industries Ltd, a Singaporean energy giant. These deals demonstrate the company’s success in expanding its presence in the growing Indian renewable energy market.

Source: https://www.caixinglobal.com/2024-11-05/chinese-wind-turbine-maker-furthers-global-expansion-with-india-deals-102253659.html

Plans to build the largest onshore windfarm in England are moving forward, with Cubico Sustainable Investments set to submit plans to erect 21 wind turbines near Greater Manchester. The project would generate over 100 megawatts of electricity, enough to power 100,000 homes and meet over 10% of Greater Manchester’s domestic energy needs. This would help the UK meet its target of doubling onshore wind power capacity by 2030. The project, initially shelved in 2010 due to government opposition, has been revived with the lifting of the de facto ban on onshore windfarms in England. The developer has committed to a multimillion-pound community wealth fund to support local residents. The project would be the fifth largest onshore wind power producer in the UK, with the others all located in Scotland. The development manager, Peter Rowe, emphasized the importance of close consultation with the local community, which has a rich industrial history. Renewable UK, a trade association, welcomed the proposal, highlighting the new investment, jobs, and benefit funds it would bring to the area.

Source: https://www.theguardian.com/environment/2024/nov/05/biggest-onshore-windfarm-energy-cubico-scout-moor-greater-manchester

The Indian government has introduced a new program, Namo Drone Didi, to modernize farming using unmanned aerial vehicles (UAVs) with a budget of ₹1261 crore. The program aims to promote the use of drones in agriculture by providing up to 80% of the drone’s cost to women-led rural enterprises. The scheme will fund over 14,000 eligible women-run self-help groups across the country. The subsidy is applicable for drones with features such as downward cameras, fertilizers, and drone-flying training. The program is expected to increase the efficiency of crop inputs by up to 40% and is part of the government’s plan to make India a global drone hub by 2030. The implementation will be done by a committee led by an additional secretary of the rural development department. The program is expected to contribute to the Indian drone industry’s growth, which is expected to reach nearly ₹900 crore by 2024-25.

Source: https://www.hindustantimes.com/india-news/govt-will-pay-80-of-a-farm-drone-s-cost-under-new-guidelines-101730746279491.html

GE Vernova and Vineyard Wind provided an update on the progress of their Incident and Response Action Plan, which aims to safely remove the damaged blade from turbine AW-38, complete environmental studies, and resume turbine installation and operations of the Vineyard Wind 1 project. The update highlighted several critical pathways, including the removal of the damaged blade, environmental analysis, and preparation for blade readiness for service. The removal of the damaged blade is nearly complete, with the last task being the removal of the root of the blade from the rotor hub. Environmental analysis is ongoing, with sampling and analysis work commenced and results to be shared in the coming weeks. The plan also outlined a three-stage approach to prepare blades for return to service, including quality checks and blade inspections. The companies have received approval to resume installing new blades on turbines and plan to continue making progress in the coming weeks. Overall, the companies are committed to prioritizing safety, operational integrity, and long-term reliability in their efforts to complete the project.

Source: https://jpt.spe.org/vineyard-wind-makes-progress-on-damaged-installation

The UK’s Labour party plans to boost renewable energy production with “Great British Energy” (GB Energy), a new publicly-owned green power company. The plan involves investing £8.3 billion in emerging energy technologies like green hydrogen, floating offshore wind farms, and tidal power. GB Energy will work with the private sector to scale up investment in renewable energy sources, creating 650,000 new jobs, lowering energy bills, and achieving a zero-carbon energy system by 2030. To make this vision a reality, the industry needs the right enabling mechanisms, including resistor technology. Resistor manufacturers like Cressall play a crucial role in ensuring the reliable operation of renewable energy systems. Dynamic braking resistors and pre-insertion resistors can help prevent overvoltages and control power output in tidal and wind turbines, respectively. The EV2 advanced, water-cooled resistor from Cressall is suitable for tidal turbine applications, while pre-insertion resistors like Cressall’s mitigate against transient overvoltages in wind turbines. As the UK transitions to a 100% zero-carbon energy system, it’s essential to have the right technology in place to overcome the challenges posed by renewable energy sources.

Source: https://www.energyglobal.com/special-reports/04112024/enabling-great-british-energy/

The African Development Bank has approved a $54 million loan to build Mozambique’s first onshore wind farm, the Namaacha Wind Farm. The 120MW facility is expected to cost $224.5 million and will be fully sold to Mozambique’s national electricity utility, EDM, under a 25-year power purchase agreement. The project is expected to generate 331.6 GWh annually and create 600 jobs, with 120 for women and 300 for youth. The project’s developer, Globeleq, CEO Jonathan Hoffman, sees this as a significant milestone in Mozambique’s transition to a diversified and sustainable energy landscape, supporting the government’s “Energy for All by 2030” program. The project represents a commitment to supporting Mozambique’s clean energy goals and providing reliable power to communities.

Source: https://www.constructionbriefing.com/news/-54m-loan-for-mozambique-s-first-wind-farm-approved/8040020.article

The US Interior Department has announced the results of the first-ever auction of deep-water Atlantic Ocean sites for commercial floating offshore wind energy in federal waters. The auction saw Avangrid Renewables and Invenergy NE Offshore Wind win four lease areas, totaling 6.8 GW of projected power capacity. The auction generated $5.4 million in bid credits from developers, committed to investing in workforce training, supply chain development, and fisheries’ sector mitigation. The auction marks a significant milestone for Maine and the region’s development of offshore wind energy, with Maine Governor Janet Mills aiming to install 3 GW of offshore wind by 2040. However, the auction attracted fewer bids than expected, with some participants citing challenging project finances and negative rhetoric from opponents. Despite this, observers consider the auction a success, with the first U.S. floating wind auction off the California coast in 2022 generating $757 million in bids. The Maine auction paves the way for further development of offshore wind energy in the region, with the University of Maine’s Advanced Structures & Composites Center developing a patented floating offshore wind turbine pilot project.

Source: https://www.enr.com/articles/59654-offshore-wind-power-marks-us-milestone-amid-ramped-up-uncertainty

The future of the US clean energy industry hangs in the balance on election day, with the outcome potentially altering the country’s energy landscape. Despite the growth of the clean energy sector, which is expected to reach $15 billion by 2024, experts believe that the election will not entirely undo the progress made so far. This is because many of the policies and investments made in clean energy are already in motion and difficult to reverse. Furthermore, the technology itself is becoming increasingly cost-competitive with fossil fuels, making it a viable choice for many companies and households. While a Trump-Harris victory could potentially impact the pace of growth, it is unlikely to completely halt the momentum. Instead, the industry is expected to continue its steady growth, driven by state and local initiatives, company commitments, and public demand for cleaner energy.

Source: https://www.ft.com/content/2a5580d6-3a83-467e-a4b0-efc1b1c52759

Bev Truss, the manager of the Hogsprickle Wildlife Rescue Centre in Broadford, Ireland, is opposing the proposal for a wind farm in the 12 O’Clock Hills, which she claims will destroy the environment and harm native wildlife species. She argues that the destruction of habitats, including trees and hedgerows, will have a significant impact on birds and hedgehogs, which are already endangered species in Ireland. Truss also claims that the infrasound emitted by the turbines will harm people’s mental health and even affect the behavior of invertebrates. She suggests that alternative solutions, such as solar panels on homes and agricultural buildings, should be explored instead. Truss has been working with wildlife rescue groups for over 20 years and has managed her own rehabilitation center for over 15 years, taking in over 400 hedgehogs and birds last year.

Source: https://clarechampion.ie/no-hedgehugs-for-wind-farm/

Washington Governor Jay Inslee has approved a revised plan for a massive wind farm project, Horse Heaven Wind Farm, which will see the construction of as many as 192 wind turbines and 3 solar arrays. The original plan was scaled back after the discovery of endangered ferruginous hawk nests in the area, but Inslee rejected the initial proposal to reduce the project by half. Instead, a compromise was reached, allowing a technical advisory group to assess each turbine’s impact on the hawks individually. This has enabled the project to move forward with minimal modifications. The project, worth $1.7 billion, will help meet Washington state’s growing energy demands, which are expected to double by 2050. Inslee, not seeking re-election, aims to make climate initiatives a key part of his legacy. The project has sparked debate between local opponents and those supporting the state’s need for renewable energy.

Source: https://apnews.com/article/washington-wind-farm-horse-heaven-endangered-hawk-2fa2507a0fca67a23c1aa1759fe4d587

The UK is rapidly developing its green transition strategy, with the new Labour government launching a multibillion-dollar effort to make the country a global leader in clean energy. The UK’s largest electricity supplier, Octopus Energy, has launched a new initiative to offer customers a discount on their energy bills during periods of favorable renewable energy production. Additionally, a start-up, Ripple Energy, is offering customers the opportunity to purchase a piece of a wind turbine in exchange for a discount on their electricity bills. The UK has set ambitious climate targets, but has been criticized for not doing enough to meet them. However, the new government has launched a clean energy company, Great British Energy, and invested in renewable energy projects, including a record-breaking investment of $1.9 billion. The government has also launched a website to provide a guide for companies to set up in the UK’s clean energy sector, which is expected to attract higher levels of private sector investment in renewable energy and clean tech. Octopus Energy’s CEO, Zoisa North-Bond, has stated that the UK is on the verge of a green energy revolution, and that the investment will boost energy security and pave the way for a more affordable energy future.

Source: https://oilprice.com/Energy/Energy-General/Billions-Pouring-into-UK-Renewables.html

A new wind turbine in China, built by Sany Renewable Energy, is set to power 160,000 households annually, making it the world’s largest onshore wind turbine to date. The 15 MW turbine features 430-foot blades and an 885-foot rotor, surpassing previous records for single-unit capacity and rotor diameter. The turbine’s innovative design addresses concerns about blade length, using an aerodynamic design to enhance structural integrity and accommodate recyclable polyurethane structural components. The project is part of China’s efforts to reduce air pollution and greenhouse gas emissions, as renewable energy sources like wind power can help mitigate the health impacts of traditional energy sources. The news has garnered enthusiasm from the LinkedIn community, with many praising the project’s innovative design and potential to accelerate the transition to a cleaner energy future.

Source: https://www.thecooldown.com/green-tech/largest-onshore-wind-turbine-china/

A wind farm in Missouri, the US, has been temporarily shut down after one of its Vestas turbines collapsed, marking the third such incident at the site this year. The turbine fell to the ground, halting operations at the project. The exact cause of the collapse is not yet clear, but the wind farm operator and authorities are investigating the incident. This latest incident follows two previous turbine collapses at the same site, which has raised concerns about the safety and reliability of the wind farm’s operations. The collapse has also raised questions about the maintenance and inspection procedures of the turbines. The wind farm is a significant source of renewable energy for the region, and its shutdown will have an impact on the local energy supply. The incident is a setback for the wind energy industry, which has faced criticism in recent years over the safety and environmental impacts of wind turbines.

Source: https://www.windpowermonthly.com/article/1894480/vestas-turbine-collapse-forces-us-wind-farm-shutdown

Three Gorges Energy, a Chinese state-owned company, has announced plans to invest CNY 71.848 billion ($10.09 billion) in a massive integrated renewable energy project in the Taklamakan Desert, Xinjiang region. The project will include 8.5 GW of solar power, 4 GW of wind power, and six ultra-supercritical coal-fired units with a combined capacity of 3.96 GW, as well as 5 GWh of electrochemical energy storage. The project will also include the transmission of electricity via ultra-high voltage direct current (UHVDC) lines to the Sichuan and Chongqing regions. The company estimates that the project will generate approximately 36 TWh of clean electricity per year and aid in sand control in the region. The project is expected to be completed in three to four years, with the construction of renewable energy and storage projects adjusted based on the progress of supportive coal-fired projects and electricity transmission lines. The company’s third-quarter report for 2024 shows a 12.81% year-on-year increase in revenue, but a 6.31% decrease in net profit.

Source: https://www.pv-magazine.com/2024/11/01/three-gorges-unveils-16-5-gw-renewable-energy-plan-in-china/

The European Investment Bank (EIB) has signed a €120 million loan agreement with Iberdrola to support energy technology research and innovation projects aiming to accelerate the electrification and decarbonization of the economy. The total investment for this initiative totals €250 million. The EIB funding will focus on researching and developing technologies for renewable energy, such as solar, hydro, and wind power, as well as green hydrogen, heat pumps, and energy storage. It will also support grid modernization, smart grids, and smart solutions for self-consumption and electric mobility. The investment will also prioritize regions with per capita income below the EU average, with an estimated 27% of the total investment directed towards these areas. The initiative aligns with Iberdrola’s strategic plan to accelerate decarbonization and contribute to the electrification and digitalization of the global economy.

Source: https://solarquarter.com/2024/11/01/eib-and-iberdrola-partner-on-e120-million-loan-to-accelerate-renewable-energy-innovation-and-decarbonization-efforts/

Norwegian developer Deep Wind Offshore has applied to lease an area for two offshore wind farms in Chile. The company has been exploring the Latin American market for over two years. Chile aims to generate 60% of its electricity from renewable sources by 2030, with an expected 65% increase in electricity demand by 2040. The projects will be managed and operated locally, creating jobs and engaging local suppliers. Chilean government officials, Minister of Economy, Development, and Tourism Nicolas Grau and Minister of Energy Diego Pardow, welcome the investment, citing the importance of decarbonizing the electricity sector to meet climate and environmental goals. This initiative represents a significant opportunity for the region’s industrial capacities and will provide clean energy at a lower cost for the country.

Source: https://splash247.com/deep-wind-offshore-to-build-two-wind-farms-off-chile/

The author, Elaine Graham-Leigh, argues that nuclear power is not a solution to climate change. She presents a convincing case against nuclear power, citing the potential health risks, high costs, and long construction times associated with nuclear power plants. Additionally, Graham-Leigh highlights the connection between nuclear power and nuclear weapons, stating that the development of nuclear power programs is often linked to the country’s ability to develop nuclear weapons.
She quotes several individuals and experts who support this claim, including French President Emmanuel Macron, who has stated that “without civilian nuclear power, there would be no military nuclear power, and without military nuclear power, there would be no civilian nuclear power.” Graham-Leigh argues that this connection is not just a historical artifact but a current reality, as seen in the development of nuclear reactors and the expertise that comes with it.
The book suggests that instead of investing in nuclear power, we should focus on renewable energy sources, such as solar and wind power, which have shorter construction times and lower costs. The author concludes that nuclear power is not a viable solution to the climate crisis and should not be considered as part of a low-carbon future.

Source: https://www.counterfire.org/article/nuclear-is-not-the-solution-the-folly-of-atomic-power-in-the-age-of-climate-change-book-review/

Meta Platforms, the parent company of Facebook, has signed an agreement with French energy company Engie to purchase all the electricity generated by Engie’s upcoming Sypert solar power plant in the US. The 260 MW plant is expected to come online in late 2025 and will add to Engie’s existing portfolio of 8 GW of solar, wind, and battery storage projects in North America. This deal follows a similar agreement Engie reached with Google for its Chillingham solar project, making it the company’s largest US solar initiative to date. The move aligns with the US government’s efforts to encourage tech giants to invest in clean energy, driven in part by the growing demand for data center power, which is expected to triple by 2030. The additional capacity needed will be met through a combination of natural gas, wind, and solar energy.

Source: https://greentechlead.com/solar/meta-in-pact-with-engie-to-buy-power-from-sypert-solar-power-plant-48233

Vattenfall has reported a higher operating profit for the first nine months of 2024, despite a year characterized by falling electricity prices. The company’s underlying operating profit increased by SEK 3.7 billion to SEK 19.3 billion, mainly due to higher achieved prices in the Nordics and increased generation from hydro, nuclear, and wind power. The profit for the period was also boosted by positive changes in market value for energy derivatives and one-off effects related to the sale of offshore wind power projects. The company’s decision to pause the development of the Swedish Kriegers Flak offshore wind power project and focus on profitable investments will help it maintain a stable and competitive position in the energy market. Vattenfall is committed to contributing to a fossil-free future and has inaugurated new offshore wind farms and signed partnerships with industrial companies to achieve this goal. The company has also reported a higher profit for the period, at SEK 28.3 billion.

Source: https://group.vattenfall.com/press-and-media/newsroom/2024/third-quarter-2024-Continued-good-profit-development

NTPC has invited bids for setting up 1.2 GW interstate transmission system (ISTS)-connected wind-solar hybrid power projects with an additional 600 MW green shoehorn option. The last day to submit bids is December 2, 2024, with bids to be opened on the same day. The processing fee for the cumulative capacity quoted by a bidder is structured based on the size of the bid. Bidders must pay an earnest money deposit of ₹1.16 million (~$13,797)/MW and a performance bank guarantee of ₹2.9 million (~$34,492)/MW if selected. The project must offer a minimum capacity of 50 MW or more, with a minimum of 33% of the total contracted capacity from one resource (wind or solar). The wind turbines and solar photovoltaic modules used must be type-certified and listed by the Ministry of New and Renewable Energy. Bidders must have a net worth of at least ₹11.46 million (~$136,306)/MW, a minimum annual turnover of ₹6.15 million (~$73,148)/MW, and an internal resource generation capability of at least ₹1.23 million (~$14,629)/MW. The project must also have an approval letter from a lending institution committing a line of credit for meeting working capital requirements.

Source: https://www.mercomindia.com/ntpc-wind-solar-hybrid-projects

Ken Haig, head of energy and environmental policy for the Asia-Pacific and Japan at Amazon Web Services, highlights the growing concerns surrounding the power consumption and energy sources of artificial intelligence (AI) and generative AI services. With their rapid adoption, the environmental impact of AI has become a pressing issue. As AI systems require significant amounts of energy to operate, there is a risk of increased carbon emissions and environmental degradation. This is particularly concerning given the already significant strain on the global energy system. To address these concerns, Haig emphasizes the need for sustainable and renewable energy sources, such as solar and wind power, to support the growth of AI and generative AI services. Additionally, he notes that data centers should be designed and operated to minimize their energy consumption and carbon footprint. Effective management of energy use and sourcing is crucial to ensure the long-term viability of AI and its potential to benefit society.

Source: https://asia.nikkei.com/Opinion/Asia-needs-better-energy-infrastructure-to-embrace-the-AI-boom

Wind energy generators in Tamil Nadu with wind mills over 20 years old have expressed concerns over the Tamil Nadu Repowering, Refurbishment, and Life Extension Policy for Wind Power Projects 2020. The policy aims to extend the life of old wind mills, replace them with new ones, or refurbish them. The wind energy generators have appealed to the Madras High Court to stay the policy and have posted their petition before the Divisional bench. They are concerned that the policy was implemented without the approval of the Tamil Nadu Electricity Regulatory Commission (TNERC). The policy includes initiatives such as life extension, repowering, and refurbishing of old wind mills, but the generators feel that refurbishing is not an ideal option, and the life extension and repowering options are unclear. The generators are seeking more information and clarification on the payment structures for life extension and repowering, and want the policy to be discussed and approved by the TNERC before implementation.

Source: https://www.thehindu.com/news/cities/Coimbatore/wind-energy-generators-with-more-than-20-year-old-machines-in-tamil-nadu-express-concern-about-repowering-policy/article68813984.ece

The Bureau of Ocean Energy Management (BOEM) has launched the Partnership for an Offshore Wind Energy Regional Observation Network (POWERON), a public-private partnership with offshore wind lessees to improve the quality and consistency of scientific data in lease areas. The initiative expands on BOEM’s Passive Acoustic Monitoring Network in the Atlantic Ocean, launched with $5.8 million in funding from the Inflation Reduction Act. The program is designed to study the potential impacts of offshore wind facility operations on baleen whales and other marine species. Offshore wind lessees can make annual contributions to POWERON to fulfill their long-term passive acoustic monitoring (PAM) requirements. The program offers benefits such as data consistency, conservation of resources, and comprehensive data sets. Three offshore wind energy projects have already opted-in to POWERON: Revolution Wind, South Fork Wind, and Coastal Virginia Offshore Wind. The program aims to responsibly advance offshore wind development while protecting biodiversity.

Source: https://www.marinetechnologynews.com/news/initiates-cetacean-acoustic-monitoring-641674

Mongolia has significant wind and solar energy potential, but as of 2023, renewable energy production accounted for only about 9% of the total energy mix, lagging behind the global average of 30%. The country imports around 22% of its electricity from Russia and China. To address this, Mongolia has set a goal to reach 30% renewable energy capacity by 2030, in an effort to transition to a low-carbon, green economy. A brief overview of Mongolia’s renewable energy policy landscape is provided, including relevant legislation and financing for renewable energy projects. Additionally, the brief touches on the social dynamics of the sector, including the gender gap in the workforce. Overall, increased investment and development are needed to achieve Mongolia’s renewable energy goals and reduce its reliance on imported electricity.

Source: https://www.sei.org/publications/solar-wind-mongolia-2024-policy/

In West Yorkshire, a couple, Martin and Laura Bradley, live below the windswept moors and receive notifications on their phones when a surplus of electricity is generated from wind turbines. The notifications, which might say “The wind is raging, so power is cheap, it’s a good time to plug in the car,” encourage the couple to make the most of the cheap electricity. They use the opportunity to charge their electric car, do laundry, and cook their Christmas fruitcake. This is part of Britain’s ambitious plan to switch to renewable energy sources and reduce carbon emissions by 2050, five years faster than the US and a decade ahead of the EU. To achieve this, the UK needs to build more solar and wind farms, batteries, and transmission lines, and convince millions of people of the benefits, including cost savings. The Wuthering Heights notifications are one way to make this transition more appealing and efficient.

Source: https://www.nytimes.com/2024/10/28/climate/free-electricity-britain-power-pricing-experiments.html

MEIL Solar Energy, a subsidiary of Megha Engineering & Infrastructures, has entered into power purchase agreements with Bangalore Electricity Supply Company (BESCOM) to supply 618.1 MW of power from 76 solar power projects. The projects, developed under the RESCO model, will be connected to the substation and maintained for 25 years. The projects must achieve commercial operation within nine months of signing the agreement and meet minimum generation targets of 15% of declared capacity utilization factor (CUF) for the first 10 years and 20% CUF after that. BESCOM also requires developers to use solar modules from the approved list of models and manufacturers. The government’s PM-KUSUM program aims to solarize 1 million grid-connected agriculture pumps, with the latest bid being for the installation and commissioning of grid-connected distributed solar power systems to solarize agricultural feeders covering 75,000 individual pump sets. The project’s maximum eligible central financial assistance is ₹10.5 million (~$124,862) per MW, regardless of the project cost.

Source: https://www.mercomindia.com/meil-and-bescom-power-agreement-pm-kusum

The Indian Ministry of Power has proposed amendments to the tariff-based competitive bidding (TBCB) guidelines for solar, wind, and hybrid renewable energy projects. The key changes aim to reduce the power purchase agreement (PPA) terms to 15 years from the current 25 years. This is expected to attract more investors and reduce financial stress on project developers. The ministry has also proposed to:
* Remove the minimum tariff floor of 0.12-kiloper (₹ 3.54 per unit of electricity) for solar and wind power projects
* Allow a 2-year extension for project completion, up to a maximum of 17 years
* Introduce a new mechanism for calculating the tariff, considering the project’s location, capacity, and other factors
These amendments aim to make the TBCB process more attractive and competitive, promoting the development of renewable energy projects in India. The proposed changes are open for public feedback and are expected to be implemented soon. The goals of the amendments are to reduce costs, increase investment, and meet India’s renewable energy targets.

Source: https://news.google.com/rss/articles/CBMi_AFBVV95cUxQMHlVb3JLeW5vQmhqQXhVdi1UNkN0TFdXR1RuVjcyMXU1emh1NEE3Z05HbDhDdUxtZjZIanJ1cUtWcnl1OVhqUzEyNXN0R3FfM2RQVFRvalBReTdYUzBYYlp5blJFcFRoamVNa2ItVFB4V2I5M09iRnF2bWtqNzIwMXp6V1NVMk02Z2xUVDV3Z0tDc01Zc1pkdkc5bnNhOGZVWDNBVmp5M0JmOXFldmlTS0xrZV9OYjMxMmlydDlsNUk4aDRoT1hTeVdPVmZvSmlmcFdlbFctN1pQUjE4T3hNN09rSkVSMUM3TTJUQXNRLXVIZm91U2Z2SGxyTWc?oc=5&hl=en-SG&gl=SG&ceid=SG:en

AMPIN Energy Transition has signed a new power purchase agreement (PPA) with Varroc Group for a 27 megawatt-peak (MWp) solar power project in Maharashtra. This additional capacity brings Varroc’s total contracted solar capacity with AMPIN to over 60MWp, allowing the company to meet approximately 70% of its energy requirements with renewable energy. The project will also help Varroc reduce its carbon footprint by mitigating 35,500 metric tonnes of emissions per year. This partnership demonstrates AMPIN’s commitment to supporting clients in achieving their sustainability goals while providing cost-effective energy solutions. The project aligns with Maharashtra’s goal to increase the adoption of renewable energy sources. AMPIN is the only renewable energy developer in the state operating multiple solar open access projects and is actively investing in new capital to develop more renewable projects.

Source: https://asian-power.com/project/news/ampin-energy-varroc-expand-partnership-27mwp-solar-project-in-india

The SouthCoast Wind project, a joint venture between EDP Renewables and ENGIE, has received key regulatory approvals from Massachusetts, moving it closer to construction. The project aims to provide 1,287 MW of offshore wind power to Massachusetts and Rhode Island. The Massachusetts Energy Facilities Siting Board (EFSB) unanimously approved the construction and operation of transmission facilities, while the Massachusetts Department of Environmental Protection and Office of Coastal Zone Management granted permits for nearshore equipment and work. The project will utilize a 23-mile lease area off the coast of Massachusetts and will connect to the grid via a 22-mile cable route. The project is expected to be operational by 2030 and will revitalize a former coal-fired power plant in Somerset, Massachusetts, into a clean energy hub. The company is negotiating power purchase agreements with Massachusetts and Rhode Island’s largest utilities. The SouthCoast Wind project is seen as one of the largest energy investments in southern New England, and its success is expected to drive the growth of the offshore wind industry in the region.

Source: https://maritime-executive.com/article/massachusetts-provides-approvals-for-large-two-state-offshore-wind-farm

The European Investment Bank (EIB) and Elia Transmission Belgium (ETB) have signed a $704 million (€650 million) green credit facility agreement to support the construction of the Princess Elisabeth Island, a first-of-its-kind artificial energy island in the North Sea. The island will be built between 2024 and 2027 and will host high-voltage direct current (HVDC) and alternating current (HVAC) infrastructure. The project will integrate 3.5 GW of additional offshore wind capacity into Belgium’s electricity grid, capable of powering over 3 million households. The Princess Elisabeth Island will reduce Belgium’s dependence on fossil fuels, provide more affordable green electricity, and contribute to the European Union’s renewable energy targets and climate-neutrality goal. The EIB’s support is seen as a testament to ETB’s European ambitions and marks a milestone in their funding diversification strategy. The loan will provide stable, long-term financing with favorable conditions, benefiting Belgian consumers. The project is expected to be operational by 2027, making it a significant step towards a more sustainable energy future for Belgium and the European Union.

Source: https://www.oedigital.com/news/518524-belgian-energy-island-gets-700m-eu-funding-boost

SHV Energy, a Dutch multinational, is selling its solar energy assets to BNP Paribas for around $100 million. The assets, held by its subsidiary SunSource Energy, include 290 MW of operational projects in the commercial and industrial segment, as well as a framework to fully acquire a 300 MW pipeline upon commissioning. The deal is in its early stages and involves a mix of secondary sales and primary investments. SHV Energy acquired a majority stake in SunSource Energy in 2021. India’s green energy sector is growing, with a target to invest Rs 8.5 trillion in renewable energy by 2023. The country has an installed capacity of 210 GW, with solar and wind power making up 90.76 GW and 47.36 GW respectively. The government is promoting green energy and solar cell manufacturing in India.

Source: https://www.livemint.com/companies/shv-energy-sunsource-energy-bnp-paribas-solar-assets-green-energy-commercial-and-industrial-segment-100-million-deal-11730095500800.html

Union Minister Manohar Lal Khattar emphasized the need to reduce carbon emissions to net zero by 2070. He highlighted the importance of taking swift and collective action to combat climate change. In related news, he reviewed the execution of Central schemes in the Union Territory of Puducherry. In addition, he reviewed urban development schemes in Puducherry and Chennai, in his capacity as the Union Minister. The Minister also reviewed recent power sector developments in Tamil Nadu in Chennai, and the power sector scenario in the Union Territory of Puducherry. His visits aimed to gauge the progress of various initiatives and provide directions to the concerned authorities for further improvement. The emphasis on climate change and reviewing key sectors indicates the Minister’s commitment to driving growth and sustainability in the region. Overall, his endeavors aim to ensure a cleaner, greener, and more sustainable future for the people.

Source: https://www.deccanherald.com/india/need-to-reduce-carbon-emissions-to-net-zero-by-2070-says-union-minister-manohar-lal-3250565

Former US President Donald Trump sat down for a three-hour interview with popular podcast host Joe Rogan, where they engaged in a wide-ranging conversation on various topics. As per usual, Trump was known to “duck and weave” around certain questions. The discussion touched on several topics, including his presidency, his opponents, and politics in general. Trump even referred to a scar on his ear, which he claims was caused by a bullet that nicked it at some point in his life, saying it made him “tougher”. The former President also used the opportunity to take a jab at his political opponent Kamala Harris, labeling her “low IQ”. Trump also repeated his claim that the 2020 presidential election was stolen from him. The interview, which was a “male bonding” session between the two, sparked mixed reactions on social media, with some praising Trump’s unfiltered honesty while others criticized his divisive and conspiratorial language.

Source: https://www.nationalreview.com/news/whale-psychiatry-life-on-mars-and-survival-trump-sits-for-wide-ranging-three-hour-interview-with-podcast-king-joe-rogan/

State-owned NLC India Ltd reported a 9.5% decline in consolidated profit for the quarter ended September 30, 2024, due to higher expenses. The company reported a profit of ₹982.41 crore, down from ₹1,085.93 crore in the same period last year. However, revenue from operations increased to ₹3,657.27 crore, up from ₹2,977.53 crore in the year-ago period. The company’s expenses rose to ₹3,173.39 crore, up from ₹2,811.88 crore in the corresponding quarter last year. NLC India is a Navratna company engaged in mining and power generation. The company operates several mines and power stations, including three open-cast lignite mines and four pit-head thermal power stations. NLC India also has a presence in the renewable energy sector, with 1,380 MW of solar power plants and 51 MW of wind power plants. The company is targeting to become a 20,130 MW company by 2030. Despite the decline in profit, the company’s revenue growth indicates that its operations are still strong, and it will be interesting to see how it plans to achieve its target.

Source: https://energy.economictimes.indiatimes.com/news/power/nlc-india-q2-profit-drops-9-5-pc-to-rs-982-cr/114607097

The UK’s North Sea still holds plenty of oil and gas reserves, but the industry is unlikely to be motivated to extract them due to the current unfavorable legislative context. The Labour government’s shift towards renewable energy sources, such as wind, solar, and hydrogen, is prioritized over domestic energy production. To fund this transition, the government is increasing the windfall profit tax on the energy industry to 78%, which could lead to a 50% decline in UK oil and gas production by 2030. This would result in a reliance on imported energy, which would be more expensive and could lead to power rationing, affecting the economy and citizens’ well-being. Wood Mackenzie, an energy consultancy, warns that reducing the tax burden to encourage investment in local energy production would be more effective. The government’s plan is seen as paradoxical, as it aims to fund the transition with oil and gas tax money while regulating oil and gas producers out of the market. The risks of this approach and the benefits of having domestic energy production may come too late to make a difference.

Source: https://oilprice.com/Energy/Energy-General/Is-the-UK-Taxing-North-Sea-Oil-and-Gas-Out-of-Existence.html

Four companies, Coal India, Bank of Baroda, Bharat Petroleum Corp., and Hindustan Petroleum Corp., will announce their earnings for the September quarter of the current financial year on Friday. Estimates suggest that Coal India will report a net profit of Rs 8,444 crore, with a top line of Rs 31,207 crore and an Ebitda margin of 33.9%. Bank of Baroda is expected to report a profit of Rs 4,452 crore, while BPCL is expected to report a profit of Rs 4,118 crore, with an Ebitda margin of 5.5%. HPCL is expected to report a profit of Rs 2,008 crore, with a revenue of Rs 1.02 lakh crore and an Ebitda margin of 4.2%. Bharat Electronics Ltd. is expected to post a net profit of Rs 843 crore, with a top line of Rs 5,159 crore, Ebitda of Rs 1,075 crore, and an Ebitda margin of 20.8%. DLF Ltd. is expected to report a net profit of Rs 658 crore, with a top line of Rs 1,367 crore, Ebitda of Rs 626 crore, and an Ebitda margin of 45.8%.

Source: https://www.ndtvprofit.com/quarterly-earnings/q2-results-live-updates-indigo-coal-india-bharat-electronics-bpcl-jsw-steel-among-148-earnings-today

Rapid urbanization has increased the need for sustainable energy solutions in smart cities. Bladeless wind turbines have emerged as a viable alternative to traditional wind turbines, offering benefits that support the goals of energy-efficient cities. Government initiatives, such as the European Green Deal and China’s Renewable Energy Law, are promoting the development and growth of renewable energy technologies, including bladeless turbines. Bladeless wind turbines are effective in urban areas with varying winds and convert wind energy to electricity with high efficiencies. They can produce 50-70% more energy per square meter than solar panels.
Chinese companies, such as Weilan Energy, and Korean universities, such as Handong University, are driving innovations in bladeless wind turbine technology. Startups, like Vortex Bladeless and Aeromine Technologies, are also promoting innovation. Despite challenges, such as public perception and installation constraints, bladeless wind turbines are expected to play a crucial role in the future of renewable energy in smart cities. Ongoing collaboration and technological advancements will be essential to overcome these challenges and integrate bladeless wind turbines into smart cities. With supportive policies and a growing focus on sustainability, bladeless wind turbines are set to become a key component of the energy landscape in the cities of tomorrow.

Source: https://www.energetica-india.net/articles/integrating-bladeless-wind-turbines-into-smart-cities-opportunities-and-challenges

Genesis Energy has sold its ownership of New Zealand’s first wind farm, Hau Nui, to NZ Windfarms. Located in the Wairarapa region, the 15-turbine wind farm is 21km southeast of Martinborough. The farm has a total installed capacity of 8.65 megawatts, making it a significant contributor to Genesis’ renewable energy portfolio. The wind farm was built in two stages, with the first stage consisting of 7 turbines in 1996 and the second stage adding 8 more turbines in 2004. The wind farm’s name, Hau Nui, translates to “big wind” in te reo Māori. According to Genesis’ chief wholesale officer, Tracey Hickman, Hau Nui has been a valuable asset for the company for many years, playing a crucial role in its renewable energy generation. The sale of the wind farm marks a new chapter for Genesis Energy, as they transition to a new era of renewable energy production.

Source: https://www.nzherald.co.nz/business/genesis-sells-hau-nui-wind-farm-to-nz-windfarms/IX77K7SQLNHZPG3RZHQC2HGBAE/

The latest sustainability updates include:
* ORLEN Group acquiring two solar PV farms and a wind farm, increasing its renewable energy capacity by 300 MW.
* Antelope Enterprise is expanding into the US market, targeting high-demand computing power industries.
* Redaptive secures $100 million from CPP Investments to drive decarbonization, aiming to reduce CO2 emissions across industries.
* Sarmayacar’s Climaventures Fund raises $15 million to boost climate-tech in Pakistan, supporting startups in renewable energy, mobility, and sustainable agriculture.
* Lithios raises $10 million to scale its sustainable lithium extraction technology, offering a solution for the growing demand for lithium.
* Better Earth acquires Betterbin to enhance sustainable packaging solutions, helping divert food packaging waste from landfills.
* Purpose Green raises $15 million to advance green building retrofits, providing energy intelligence tools and ESG reporting.
* The Community Preservation Corporation awards $2.7 million to electrify a 107-unit housing development in New York, supporting the state’s goal to create two million electrified or electrification-ready homes by 2030.

Source: https://www.environmentenergyleader.com/stories/redaptive-orlen-lithios,55301

Norwegian utility company Statkraft is adjusting its renewable energy strategy, narrowing its focus to specific regions. The company is prioritizing projects in Europe, the Nordics, and South America, scaling back efforts in other areas. This shift is part of a plan to concentrate resources on high-value, low-cost opportunities, and to improve operational efficiency. Specifically, Statkraft will be focusing on:
* Europe, where it sees significant growth potential
* The Nordics, where it has existing operations and a strong presence
* South America, where it has identified opportunities for expansion
By refocusing its efforts, Statkraft aims to drive greater efficiency, cut costs, and increase returns. This move is a response to the current market conditions, which have become increasingly competitive and challenging. The company’s portfolio will still consist of a mix of hydro, wind, solar, and gas-fired power plants, but with a more targeted approach. This strategy is expected to enhance Statkraft’s position as a leading renewable energy player in the global market.

Source: https://www.windpowermonthly.com/article/1893405/statkraft-focus-fewer-regions-sell-off-projects-part-new-strategy

The Global Wind Turbine Condition Monitoring System (WT CMS) market is expected to grow by USD 159.5 million from 2024-2028, at a CAGR of 8.2%. The market is driven by the rising adoption of SCADA in wind turbine systems and the increasing need for remote and e-monitoring of wind turbines. However, high initial investment and cost in installing WT CMS pose a challenge.
The market is segmented into type (equipment and software), application (onshore and offshore wind turbines), and geography (APAC, Europe, North America, South America, and Middle East and Africa). Key players in the market include AB SKF, Advantech Co. Ltd., American Superconductor Corp., and others.
The report highlights the key trends fueling growth, such as the increasing focus on renewable energy, decarbonization, and the need for efficient energy production. It also discusses the challenges, including high initial investment and maintenance costs.
The report provides insights into how AI is driving innovation, efficiency, and market growth. It also offers a comprehensive analysis of the market, including market sizing, historic data, and forecast period. The report is based on Technavio’s latest research and analysis, and is designed to provide actionable insights to businesses and investors in the WT CMS market.

Source: https://www.prnewswire.com/news-releases/the-wind-turbine-condition-monitoring-system-market-is-set-to-grow-by-usd-159-5-million-from-2024-2028–driven-by-ai-and-increased-scada-adoption-in-wind-turbine-systems—technavio-302284188.html

Finish Thompson Inc. (FTI) is a leading provider of corrosive chemical transfer solutions, and their DB Series mag-drive pumps are playing a crucial role in the offshore wind industry. The pumps are designed to be efficient, reliable, and maintenance-friendly, with features such as a sealless design, neodymium magnets, and a replaceable shaft and bushing. This eliminates the primary cause of pump failure – the mechanical seal – and reduces the risk of leaks, a critical consideration for offshore wind turbines. The pumps are also ISO 1940 G2.5 balanced, ensuring smooth operation with minimal vibration. Additionally, the back-pullout design simplifies maintenance and reduces downtime. The DB Series is designed to be used globally, with compatibility with NEMA and IEC motor frames. With a five-year warranty and a focus on renewable energy, FTI’s DB Series is well-positioned to support the growing offshore wind industry. A recent case study demonstrates the value of these sealless mag-drive pumps in real-world offshore wind farm applications, reducing maintenance costs and ensuring continuous operation in remote areas.

Source: https://www.altenergymag.com/news/2024/10/23/finish-thompsons-db-series-pumps-lead-the-charge-in-clean-energy/43613/

Liebherr, a global organization, has intensified its focus on the wind energy sector. With a strong commitment to sustainable energy, Liebherr is expanding its reach in the wind energy market. This move is driven by the growing demand for renewable energy sources and wind power as a key component of the global energy mix. In response, Liebherr has developed a range of products and services tailored to the wind energy industry, including tower cranes, wind tower transport solutions, and construction machinery. The company’s focus on wind energy is also reflected in its logistics and project management expertise, ensuring seamless project execution. Through partnerships with leading players in the industry, Liebherr aims to support customers in the development, construction, and operation of wind farms. This strategic initiative underscores Liebherr’s commitment to sustainable development and its aspiration to play a key role in the growth of the wind energy sector. By diversifying its portfolio in this area, Liebherr is well-positioned to leverage the significant growth opportunities in this sector.

Source: https://www.heavyliftpfi.com/insights/liebherr-takes-wind-energy-focus/32558.article

The article highlights the advancements in wind turbine technology, with manufacturers producing turbines with capacities of up to 26 MW, with Chinese companies leading the way.India is also making progress, with Adani Wind installing a 5.2 MW turbine, the largest in the country. Other Indian companies, such as Suzlon and Senvion, are introducing turbines above 3 MW. The onshore wind turbine capacity in India is typically below 3 MW, but with advancements in technology, larger turbines are being introduced. Offshore wind projects are expected to deploy even larger turbines. India has 31 wind turbine makers, including Indian and global players, with nine manufacturers have wind turbines with capacities above 3 MW. Experts predict that India will see wind turbines up to 5.5 MW by January 2026, with Suzlon and Envision expected to lead the way. Large wind turbines can generate more energy, optimize land and offshore area usage, and contribute to increased clean energy production.

Source: https://www.saurenergy.com/solar-energy-news/is-india-ready-to-welcome-its-largest-ever-wind-turbines

Mitsubishi Electric Co. has applied for a US patent for a UAV-based wind detection system that uses drones to gather data on location, geospatial, and wind speed, which is then fed into an AI system to create more accurate and predictive wind models. The system aims to optimize the positioning of wind farms by using a multistage surveying process involving data from both the ground and above. The drone, equipped with proper sensors, can calculate the safest and most effective positioning of turbines for maximum power output. The system uses a self-learning wind prediction system powered by UAVs, which will help make wind conditions more predictable. This technology is still in development, but it could revolutionize the renewable energy industry by providing more accurate wind data for wind farm placement and optimization.

Source: https://dronelife.com/2024/10/22/mitsubishi-electric-develops-uav-based-wind-detection-system-for-optimized-wind-farm-placement/

Here is a 200-word summary of the proposal:
The proposal aims to develop offshore wind farms as a sustainable source of renewable energy. The growing global energy demands and climate change concerns necessitate a shift from fossil fuels to cleaner energy alternatives. Offshore wind farms offer a compelling solution by harnessing strong and consistent winds at sea. The proposal outlines a comprehensive framework for offshore wind farm development, covering site assessment, environmental impact, stakeholder engagement, and financial analysis. It highlights the potential benefits of offshore wind energy, including increased renewable energy capacity, job creation, environmental benefits, and economic growth. The proposal emphasizes the importance of responsible development, ensuring that projects are developed in harmony with marine ecosystems and local communities. The expected outcomes include increased energy capacity, job creation, environmental benefits, and economic growth, positioning regions as leaders in the clean energy transition. The proposal concludes that investing in offshore wind technology is not only an environmental imperative but also a strategic economic opportunity that can drive innovation and growth, enabling a cleaner, more sustainable future.

Source: https://www.fundsforngos.org/proposals/sample-proposal-on-offshore-wind-farms-a-viable-source-of-renewable-energy/

The Ministry of Mining and Energy of Serbia is inviting public comments on three draft decrees related to the second round of wind and solar power auctions for market premiums. The proposed decrees set quotas for wind farms (300 MW) and solar power plants (124.8 MW). A new criterion for bid valuation has been introduced, where bidders can earn points for offering capacity to supply end-consumers in Serbia. This is aimed at motivating investors to supply electricity to Serbia’s consumers. The draft decrees also provide for the addition of nearly 25 MW from the first auction to the solar quota in the second round. The proposed changes aim to speed up permitting and reduce costs for investors. The quotas align with Serbia’s three-year incentives plan for renewable energy for 2023-2025. The first round of auctions was held in June last year, with 400 MW awarded to wind farms and 25 MW to solar power plants. Public comments are due by October 28, with the auction scheduled for November.

Source: https://balkangreenenergynews.com/serbia-proposes-regulations-for-its-second-round-of-wind-solar-auctions/

KP Group, led by Dr. Faruk G. Patel, has emerged as a leading player in the renewable energy sector in India. The group’s journey began with a small logistics business in 1994, which later expanded into construction, telecom towers, and finally, renewable energy. KP Group has a portfolio of 35 companies and manages a diversified renewable energy portfolio of 4.6 GW. The group’s focus on solar and wind energy has led to the development of large-scale solar parks, wind farms, and hybrid projects.
KP Group offers a range of solutions in the renewable energy domain, including solar power, wind power, and green hydrogen. The group has set a target of 10 GW of solar power capacity by 2030 and is expanding its presence beyond Gujarat, targeting states like Telangana, Madhya Pradesh, Rajasthan, Andhra Pradesh, and Maharashtra, as well as international markets.
The group’s key differentiators include its holistic approach to energy solutions, in-house capabilities, and commitment to quality control. Marquee clients include L&T, Aditya Birla Group, and Tata Motors, among others. KP Group’s focus on technology development, particularly in R&D, will be crucial in maintaining its competitive edge in the coming years. The group’s strategy of expanding its presence in the renewable energy sector is expected to drive growth and profitability in the next 5 years.

Source: https://apacnewsnetwork.com/2024/10/kp-group-has-played-a-significant-role-in-indias-renewable-energy-landscape-dr-faruk-g-patel-cmd-kp-group-of-companies/

Drift, a British startup, has secured £4.65 million in seed funding to develop its innovative fleet of AI-powered sailboats, designed to produce clean hydrogen at sea. Each 58-meter-long sailboat is equipped with underwater turbines and onboard electrolyzers, producing over 140 tonnes of green hydrogen annually. The company’s AI system optimizes route planning, weather prediction, and hydrogen production efficiency. The system uses a digital twin to simulate voyages and improve decision-making. Drift’s prototype has already exceeded expectations in a test run, producing six liters of green hydrogen in two hours. The company plans to install cameras and radar systems, enhance vessel capabilities, and lay the keel of its first ship in 2025. Drift’s innovative approach to green hydrogen production has the potential to revolutionize the renewable energy sector, offering benefits such as environmental impact, scalability, energy independence, and economic opportunities. As the company continues to develop its technology, it may inspire similar innovations in the maritime and energy sectors, paving the way for a more sustainable future.

Source: https://indiandefencereview.com/uk-startup-uses-ai-powered-sailboats-produce-green-hydrogen/

China’s recently installed offshore wind turbine, now the largest in the world, has raised concerns about its impact on the environment. At 800 feet tall, the turbine is capable of powering 100,000 homes annually, but its immense size may have unintended consequences. Some experts believe that the turbine’s installation slowed down the Earth’s rotation slightly due to its massive size and the redistribution of mass. Additionally, the turbine’s size may alter local wind flows and increase ground temperatures, a phenomenon studied in other smaller turbines. Scientists are concerned about the long-term effects on the region’s climate, including potential impacts on precipitation cycles, weather patterns, and local wildlife populations, including marine animals and bird migration patterns. Researchers are investigating these issues, which could influence future plans for large-scale wind turbines like this one. Ultimately, the study’s findings may lead to adjustments in renewable energy development to mitigate unintended environmental effects.

Source: https://san.com/cc/scientists-fear-the-worlds-largest-wind-turbine-will-change-the-weather/

Statkraft has submitted a planning application for the 2.1 GW Baltic Offshore Delta North wind farm, a bottom-fixed offshore project in the Baltic Sea, located 100 km east of Stockholm and 55 km from Sandhamn island. The project is expected to generate 8 TWh of electricity annually, meeting 40% of the region’s current electricity demand. The wind farm will include up to 105 turbines, positioned far offshore to minimize visual impact. The site has been identified as suitable for offshore wind development, with minimal conflict with other ocean users. The project aims to meet the rising electricity needs of the transport sector and support the region’s transition to a low-carbon economy. The company, Statkraft, is committed to developing 6-8 GW of offshore wind by 2040 and positions Sweden as a key offshore wind market in Northern Europe. The project offers a unique combination of benefits, including a significant increase in electricity production, minimal visual impact, and the use of cost-effective and mature technology.

Source: https://windinsider.com/2024/10/21/statkraft-proposes-2-1-gw-baltic-offshore-delta-north-wind-farm-to-boost-renewable-energy-in-stockholm-region/

Wien Energie, an Austrian energy service provider, has announced plans to acquire two wind farms and a solar park from ImWind Group in Lower Austria and Burgenland. The acquisition will increase Wien Energie’s wind power production by over 50% and its solar power output by 6500 households. The wind farms, which have a total capacity of 130 MW, will produce over 280 GWh of electricity annually, equivalent to the consumption of 80,000 average Austrian households. The solar park, with a 16.8 MW capacity, will generate solar power for 6500 households. The deal is subject to approval by the Austrian competition authorities. Wien Energie aims to operate 126 wind turbines by 2026 and reach a total green electricity output of 1000 MW by 2030. The company plans to be completely climate-neutral by 2040.

Source: https://www.energyglobal.com/solar/21102024/wien-energie-increases-wind-and-solar-production-capacity/

Jenny Pennington, a farmer from Welland House Farm in Weston Marsh, has spoken out against a comment made by Ed Miliband, Secretary of State for Energy Security and Net Zero, who said he would be “happy living next to an electricity pylon”. Pennington calls the comment “an absolutely stupid thing to say” and thinks it’s a “stunt”. She and her husband Ian are concerned about the impact of energy project proposals in the area, including a substation that will directly affect their farm. The couple are members of the No Pylons Lincolnshire group, which suggests that National Grid should consider alternatives to pylons. Pennington is also concerned about the potential loss of Grade I agricultural land and the cumulative impact of the projects. A Department for Energy Security and Net Zero spokesperson responded by highlighting their mission to provide clean power by 2030 and the need for infrastructure to get renewable electricity on the grid.

Source: https://www.lincsonline.co.uk/spalding/news/ed-miliband-s-pylon-comment-was-absolutely-stupid-he-does-9387796/

Gremsy has introduced the Pixy LR, a two-axis gimbal designed for the Sony ILX-LR1 camera, ideal for aerial and ground-based inspections. The gimbal’s front-mounted design provides an unobstructed view, allowing for superior data capture, especially for complex structures like bridges, cell towers, wind turbines, and industrial pipelines. This innovative design eliminates limitations of traditional gimbals, streamlining workflows and reducing the need for multiple passes or complex maneuvers. The Pixy LR is suitable for various applications, including bridge inspections, wind turbine inspections, cell tower inspections, and construction monitoring and mapping. It can also be used with rovers and robotic platforms for remote inspections in confined or hazardous environments. The gimbal’s lightweight design (162 grams lighter than traditional three-axis gimbals) enables extended flight times, and its USB 3.0 support allows for high-speed data transfer. The Pixy LR also offers versatile compatibility through its 4-signal AUX interface, supporting integration with third-party devices like LiDAR and thermal cameras. This innovative gimbal is expected to revolutionize the inspection industry, making it a valuable tool for infrastructure inspections and industrial operations.

Source: https://dronelife.com/2024/10/20/gremsy-launches-two-axis-pixy-lr-gimbal-for-sony-ilx-lr1-expanding-inspection-capabilities-for-drones-and-rovers/