The Port of Newcastle has strengthened its ties with Mitsubishi Heavy Industries (MHI) to advance its Clean Energy Precinct (CEP) project. The two organizations have signed an Advisory Agreement that will enable the Port to tap into MHI’s expertise in the production, storage, and distribution of hydrogen and ammonia. This collaboration will provide valuable insights to inform the CEP’s Front End Engineering Design (FEED) studies, which are currently underway.

The CEP is a 220-hectare facility that aims to facilitate clean energy production, storage, and export. It is expected to contribute $4.2 billion to the economy and generate thousands of new jobs in the Hunter Region by 2040. The project is funded by a $100 million grant from the Commonwealth Government and administered by the NSW Government.

The Port of Newcastle’s CEO, Craig Carmody, stated that MHI’s expertise will be crucial in informing the future site layout, enablement, and design of the CEP. He also highlighted the potential for the Port to utilize MHI’s knowledge of chemical plant projects, including hydrogen production and handling, to position the CEP as a future global hydrogen hub.

MHI’s Senior Fellow and Chief Regional Officer, Takehiko Kikuchi, expressed the company’s enthusiasm for the partnership, stating that it will enable them to contribute their technical expertise and experience in the hydrogen and ammonia value chain.

The Federal Member for Newcastle, Sharon Claydon, emphasized the importance of the CEP project, stating that it will be a major economic catalyst for the region and ensure that Newcastle continues to lead the transition to net zero. The project’s potential to create thousands of new jobs and contribute to the local economy makes it a significant step forward for the region.

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Mitsubishi Electric has launched its new Melfa RH-10CRH and RH-20CRH Scara robots, designed to enhance automation and efficiency in manufacturing. These robots offer flexibility in adopting digital manufacturing while addressing skilled workforce shortages. With high-speed operation, easy installation, and exceptional efficiency, they are ideal for manufacturers looking to boost productivity while navigating space and weight constraints.

The Melfa RH-CRH series features compact and lightweight design, making it suitable for various applications, including assembly, coating, and precision conveyance. The robots have maximum reach radii ranging from 600 mm to 1,000 mm and payload capacities of up to 10 kg and 20 kg, respectively. The RH-10CRH is designed for transportation and assembly in the food and automotive industries, while the RH-20CRH specializes in handling and packaging heavy items.

The robots are equipped with innovative battery-less motors, eliminating the need for periodic battery replacements and reducing maintenance downtime and costs. They also have advanced functionality, including 3D and 2D vision sensors, force sensing, and compatibility with CC-Link IE Field Basic, a gigabit industrial Ethernet network, for seamless integration into existing production networks.

The Melfa RH-CRH series is designed to support digital transformation in manufacturing, providing enhanced productivity and efficiency. Its optional safety features ensure secure operation in collaborative environments. According to Keisuke Matsumura, Development Section Team Leader, “With the Melfa RH-CRH series, we’ve created a solution that delivers exceptional performance and addresses the practical challenges our customers face in modern manufacturing.”

The robots can be combined with other Mitsubishi Electric software advances, such as Melsoft Vixio’s AI visual inspection and Melsoft Gemini’s digital twin creation, to achieve expanded automation, cost savings, and system benefits. Overall, the Melfa RH-CRH series is a powerful solution for manufacturers looking to enhance their productivity and efficiency while addressing skilled workforce shortages.

The MELFA RH-CRH series is a range of robots designed for versatility, with applications in assembly, coating, and precision conveyance. The series offers a range of maximum reach radii (600mm to 1000mm) and payload capacities (up to 10kg and 20kg). The RH-10CRH is suitable for transportation and assembly in the food and automotive industries, while the RH-20CRH is designed for handling and packaging heavy items. The robots’ lightweight design and compact structure enable seamless integration into restricted workspaces, enhancing operational flexibility.

The MELFA RH-CRH series features innovative battery-less motors, eliminating the need for periodic battery replacements and reducing maintenance downtime and costs. The robots’ simplified design, with fewer components, results in a significant weight reduction (up to 69%) and lower installation and facility costs. The integrated wiring and air piping within the robot arm reduce wiring complexity and simplify setup.

The series offers advanced functionality, including tracking operations, support for 3D and 2D vision sensors, and force sensing, ensuring precise performance for high-speed tasks. Compatibility with CC-Link IE Field Basic industrial Ethernet network enables seamless integration into existing production networks and Mitsubishi Electric products. The robots also feature optional safety features for secure operation in collaborative environments.

According to Keisuke Matsumura, Development Section Team Leader, “The MELFA RH-CRH series delivers exceptional performance and addresses the practical challenges our customers face in modern manufacturing, demonstrating our commitment to innovation and helping manufacturers enhance productivity and efficiency.” The series can be combined with other Mitsubishi Electric software advances, such as MELSOFT VIXIO AI visual inspection and MELSOFT Gemini digital twins, to achieve even greater automation, cost savings, and system benefits.

Mitsubishi Electric Corporation is a Japanese conglomerate with a diverse range of businesses across mobility, life, and other industries. The company is organized into six distinct segments, each with its own unique focus and offerings.

The Infrastructure segment is responsible for providing electrical equipment, wireless communication systems, and other solutions for various industries, including social systems, power systems, defense, and space. This segment is a significant contributor to the company’s revenue and plays a critical role in supporting the country’s infrastructure development.

The Industry & Mobility segment is focused on factory automation (FA) systems, automotive equipment, and other related businesses. This segment is a key area of growth for the company, with a focus on leveraging technology to improve efficiency and productivity in various industries.

The Life segment is comprised of two main businesses: building systems and air conditioning and home appliances. This segment is responsible for providing solutions that enhance people’s daily lives, from climate control and building automation to home appliances.

The Business Platform segment is involved in the provision of information systems and services, which supports the company’s other segments and the business as a whole. This segment helps to drive innovation and process efficiency across Mitsubishi Electric’s various businesses.

The Semiconductor Device segment is focused on the development and production of electronic devices, including semiconductors and other specialized components. This segment is critical to the company’s success, as it provides the foundational technology that drives many of its other products and services.

Finally, the Other segment is responsible for various support functions, including materials procurement, logistics, real estate, advertising, and finance. This segment helps to ensure that the company’s operations run smoothly and efficiently, enabling it to focus on its core businesses.

Overall, Mitsubishi Electric Corporation is a complex and diversified company with a rich history and a strong reputation for innovation and excellence. Its six segments work together to drive growth, innovation, and success, making it one of the leading Japanese corporations in the world.

The “Mitsubishi Triton Festival of Speed” is underway at the Independence Boulevard in Port Moresby, hosted by Boroko Motors. The event has attracted a crowd of customers, motor enthusiasts, and families eager to experience the thrill of speed and innovation. At the center stage are Mitsubishi vehicles, with attendees looking forward to an afternoon of activities that will showcase the latest Triton model.

The highlight of the event is the test drive of the Mitsubishi Triton, which will give attendees a firsthand experience of its powerful performance and cutting-edge features. Additionally, guests can expect to be thrilled by the Go-Kart races and motorcycle stunts that will be staged, showcasing the adventurous spirit of Boroko Motors.

The festival is a unique opportunity for attendees to get up close and personal with the new Triton, and to experience the thrill of speed and excitement. With its impressive features and performance, the Triton is set to make a lasting impression on all who attend the event. The festival is a testament to the commitment of Boroko Motors to providing an unforgettable experience for its customers and fans.

The atmosphere is electric, with the smell of fuel and the roar of engines filling the air. The crowd is buzzing with excitement, eagerly anticipating the various activities and showcases that the festival has to offer. As the event unfolds, it’s clear that the Mitsubishi Triton Festival of Speed is an experience not to be missed. With its combination of speed, excitement, and innovation, it promises to be an unforgettable day out for all who attend.

Mitsubishi Electric Corporation has signed a joint research agreement with various organizations to advance the connectivity of multiple quantum devices in practical environments. The aim is to enable deployable and scalable quantum information processing by linking multiple quantum devices. The agreement brings together Keio University, SoftBank Corp, Mitsui & Co, Yokohama National University, and LQUOM, Inc. to explore the potential of quantum technology in processing information, computing, and measurement. The research will focus on developing scalable quantum information processing technologies, including connecting multiple quantum computers.

Currently, quantum devices have limited processing capacity and may experience service disruptions due to technical issues. However, connecting multiple devices can enhance processing capabilities and improve operating flexibility. Moreover, the researchers will address the issue of photon loss over long-distance connections by applying quantum repeater technology.

The collaboration aims to achieve two major milestones: intra-site connections and connections between neighboring cities, which are crucial steps towards realizing a worldwide quantum internet. The joint research will pave the way for the practical application of quantum technology, which has the potential to revolutionize various industries. The partnership will contribute to the development of a more robust and reliable quantum computing infrastructure, enabling the efficient processing of vast amounts of complex data.

The research agreement is part of the ongoing efforts to advance the field of quantum technology, which has the potential to transform various aspects of society, including computing, communication, and measurement. The collaboration between Mitsubishi Electric and its partners will contribute to the maturation of quantum technology, leading to new opportunities for scientific and technological advancements.

The Mitsubishi Outlander has been a popular choice for American consumers for over two decades, offering a unique blend of sporty styling, rugged capabilities, and value pricing. The 2025 model was recently showcased at a press event in Los Angeles, where Mitsubishi also made a donation to several charities, including the World Central Kitchen, which provided meals to those affected by the LA fires.

The new Outlander boasts a chiseled body, updated grille, and a spacious interior with premium materials and features such as a power liftgate, panoramic sunroof, and leather-wrapped steering wheel. The audio system has been upgraded to a 12-speaker Yamaha system, replacing the previous Bose setup.

Other notable changes include a refreshed center console, aluminum pedals, LED interior lights, ventilated front seats, and a digital touchscreen display that has increased from 9 inches to 12.3 inches. The third row folds flat for emergency use or for small children, but is not designed for extended use.

The Outlander is available in four trim levels, including the top-of-the-line SEL, which features a 2.5-liter DOHC 4-cylinder engine that produces 181 horsepower and 181 lb-ft of torque. The engine is paired with an 8-speed sport mode CVT transmission, which offers paddle shifters behind the steering wheel.

One of the key features of the Outlander is its Super All-Wheel Control (S-AWC) system, which is available on all trim levels. This system provides superior traction, stability, and handling performance in various weather conditions, making it an excellent choice for those who live in areas with inclement weather.

Pricing for the 2025 Outlander starts at $38,795 for the SEL 2.5 S-AWC, with a fully loaded package like the one tested by the author totaling $44,675. The Outlander also comes with a comprehensive warranty package, including a 10-year/100,000-mile powertrain warranty and 5-year/60,000-mile new vehicle limited warranty.

Overall, the 2025 Mitsubishi Outlander is a solid choice for those looking for a reliable and feature-packed SUV that offers excellent value for the money.

Mitsubishi HC Capital, a leading private equity firm, has announced the successful sale of its Indonesian subsidiary, Mitsubishi HC Capital Indonesia, to a strategic partner. This move is aimed at aligning with the company’s new strategic vision and focus on emerging markets.

Mitsubishi HC Capital Indonesia was initially established in 2015 with the objective of identifying and investing in high-growth opportunities in Indonesia. Over the years, the company has gained significant experience and expertise in the region, establishing a strong presence in the Indonesian economic landscape.

The sale of the subsidiary is part of Mitsubishi HC Capital’s effort to rebalance its portfolio and focus on high-growth markets. The company has been actively investing in Southeast Asia, with a focus on Indonesia, the Philippines, and Vietnam. This move is seen as a strategic shift towards a more concentrated approach, allowing the company to allocate resources more efficiently and effectively.

The new strategic partner, a leading Indonesian conglomerate, will take over the operations and management of Mitsubishi HC Capital Indonesia, ensuring continuity and stability for its investors, employees, and clients. The transfer of ownership is expected to take place over the next six months, with the new partner planning to continue the subsidiary’s existing business and leverage its expertise to drive growth and expansion.

The sale is a testament to Mitsubishi HC Capital’s ability to adapt to changing market conditions and prioritize its investments. The company has been leveraging its presence in Southeast Asia to invest in high-growth markets, with a focus on industries such as technology, healthcare, and consumer goods.

Industry observers believe that this move demonstrates Mitsubishi HC Capital’s commitment to being a nimble and responsive investor, willing to make strategic adjustments to achieve its long-term goals. The company’s new focus on high-growth markets is seen as a key factor in its ability to deliver strong returns to investors and drive sustainable growth.

In conclusion, the sale of Mitsubishi HC Capital’s Indonesian subsidiary marks a significant milestone in the company’s efforts to adapt to a rapidly changing market landscape. The company’s strategy to rebalance its portfolio and focus on high-growth markets is expected to yield positive results, as it leverages its expertise and experience to drive growth and expansion in the region.

Mitsubishi Heavy Industries has launched the last of the Hibiki-class auxiliary ocean surveillance vessels for the Japan Maritime Self-Defense Force in Tamano City, Okayama Prefecture. The JS Bingo (AOS 5204) is the fourth ship in the series, designed for acoustic-based surface and seabed monitoring missions. The vessel was named after a location off the coast of the Seto Inland Sea that flows into the Pacific Ocean. The construction cost approximately 19.6 billion Japanese yen, or $129.1 billion.

The Hibiki survey vessel was introduced in the 1990s, with the first three ships still operational under the naval force. The decision to introduce a fourth ship was driven by the increasing number of submarines in the Pacific region. Each Hibiki vessel measures 67 meters long and 30 meters wide, with a dedicated landing area for a maritime helicopter and accommodations for up to 40 personnel. The vessel is powered by four Mitsubishi S6U-MPTK diesel engines, allowing it to reach speeds of 11 knots and a range of 3,800 nautical miles.

The Japanese Ministry of Defense will be hosting a commissioning ceremony for the Bingo at the Kure Naval Base in Hiroshima Prefecture later this year. The Hibiki-class surveillance system is designed to detect and track submarines, which is crucial for maintaining the country’s security in the Pacific region. With the new addition, Japan’s naval force will have a more robust capability to detect and track potential threats, ensuring the country’s maritime security.