China's Loess Plateau is now home to the world's largest renewable energy project, combining 4.5GW of wind and 1.5GW of PV to produce a 12TWh annual output. Envision Energy provided the turbines for this expansive project, spanning 640,000 sq km across four Chinese provinces. The goal is to send power to industrial demand centers on China's eastern coast, as part of China's broader efforts to connect wind- and sun-rich remote areas to renewable energy projects through new transmission links.
Category: Other Energy
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“Boots on the ground:” Site works begin at Neoen’s first 6-hour big battery
Construction has commenced on Neoen Australia's Muchea Battery project in Western Australia, incorporating 252 Tesla Megapack 2XL units to create a 164 MW, 905 MWh battery connected to the South-West Interconnected System grid. This marks Neoen's third storage asset in WA, generating 70 new jobs during construction. The six-hour battery will enhance grid stability and supply power during evening peaks, showcasing a notable progression in battery technology for climate solutions experts to consider.
https://reneweconomy.com.au/boots-on-the-ground-site-works-begin-at-neoens-first-6-hour-big-battery/
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‘Can’t make a squeak’: Trump’s fossil fuel push puts IMF, World Bank on defensive
The war in Iran has prompted international financial institutions to urge lower-income countries to reduce their reliance on fossil fuels, with a focus on energy diversification including geothermal, nuclear, gas, solar, and wind sources. Countries are looking to secure stable oil and gas supplies in light of Iran's closure of the Strait of Hormuz, with some fast-tracking renewable energy projects and investing in solar, nuclear, hydropower, and coal. The World Bank and IMF are monitoring energy shortages and providing assistance, emphasizing the economic value of clean energy and the importance of diversified energy sources. Former officials stress the importance of energy diversification for resilience, security, and economic stability, as well as the need for reforms to address climate-related challenges.
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California ocean wind power that floats is forcing engineering firsts
California is moving forward with plans for offshore wind development in Humboldt Bay, with hopes of reaching 25 gigawatts of offshore wind power by 2045. The project involves the construction of floating turbines in deep waters off the coast, with challenges such as objections from local residents and opposition from the Trump administration. The state is focusing on onshore preparations and seeking partnerships with the federal government and private sector to secure funding for the project. Concerns about potential harm to the ecosystem and impacts on local communities are being debated, highlighting the need to balance the benefits of clean energy with the protection of cultural and natural resources in the area.
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Ontario backs 12 solar projects totaling 915 MW
Ontario has approved 12 solar projects and 2 wind projects, totaling over 1.3 GW of capacity and adding 3 TWh of new annual capacity to the grid. These projects, with at least 50% Indigenous equity ownership, will power over 350,000 homes and are awarded 20-year agreements. The procurement exercise highlights the readiness of renewable energy to meet rapid growth challenges, with solar capacity in Canada expected to reach 21 GW by the mid-2020s. Commercial operations for these projects are set to begin by May 2030.
https://www.pv-magazine.com/2026/04/10/ontario-backs-12-solar-projects-totaling-915-mw/
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Sodium-ion battery study claims zero thermal runaway breakthrough
Researchers from the Chinese Academy of Sciences have developed a polymerizable non-flammable electrolyte for sodium-ion batteries, achieving "zero thermal runaway" and eliminating fire and explosion risks. This breakthrough in battery safety could accelerate the commercial use of sodium-ion technology, potentially revolutionizing the field of battery technology. The new electrolyte provides active thermal blocking, making it a game-changer in the quest for safer and more efficient energy storage solutions.
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Backer of huge Australian green hydrogen projects lands funds to create “digital twin”
Intercontinental Energy has received a $1.56 million federal grant to develop a digital twin simulation for its green hydrogen project, aiming to streamline design and construction processes for coastal and remote areas. The company believes digital twins could reduce costs by 10-20%. This initiative could help standardize plans in the green hydrogen industry, potentially accelerating large-scale projects. Intercontinental Energy is also involved in the Western Green Energy Hub and Australian Renewable Energy Hub projects, which aim to produce 3.5 million tonnes of green hydrogen annually.
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Premier Energies begins trial production at 5.6GW solar facility
Premier Energies has expanded their solar module manufacturing capacity to 11.1GW with a new facility in Telangana, India, featuring advanced technology and employing 2,000 people. The company's use of TOPCon technology and zero busbar architecture aligns with India's renewable energy goals and supports the growth of the country's solar manufacturing sector. In addition to domestic projects, Premier Energies has secured contracts to supply solar power systems in Benin, West Africa, contributing to the government's initiative to increase access to clean energy. This development highlights the company's commitment to sustainable solutions and the global transition towards renewable energy sources.
https://www.power-technology.com/news/premier-energies-trial-production-solar/
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Volvo, Toyota, & Daimler Truck Ink Memorandum For Fuel Cell Development
Toyota Motor Corporation has joined cellcentric as an equal shareholder alongside Volvo Group and Daimler Truck AG to develop fuel cell systems for heavy-duty transport, off-road machinery, and stationary uses. The collaboration aims to accelerate fuel cell technology and produce competitive solutions at scale, marking a significant step towards decarbonizing the transportation industry through hydrogen technology. Cellcentric is also focusing on industrializing fuel cell systems and building hydrogen infrastructure with industry partners, aiming to serve a broad customer base beyond shareholders. This move signifies a commitment to improving the entire value chain and advancing hydrogen technology in the transportation sector.
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TerraSpark, Dcubed to test space solar on SpaceX 2027 mission
Luxembourg's TerraSpark, with €5.4 million in funding, plans to conduct its first space-to-earth power transmission in 2028 using radio frequency-based wireless energy transmission. The company, led by former ESA Solaris program lead Sanjay Vijendran, aims to commercialize this technology by building scalable and reliable systems. TerraSpark will join Germany's Dcubed in 2027 to showcase in-space power generation and transmission capabilities, with a focus on advancing climate solutions through innovative energy technologies.