Norwegian developer Scatec ASA has commissioned the first phase of the 1.1 GW Obelisk solar and battery energy storage system project in Egypt, financed with multilateral development bank debt and equity from a Norwegian climate fund and a French energy company. The project, fully contracted with a power purchase agreement (PPA) to eliminate merchant exposure, includes 561 MW of solar and a 100 MW/200 MWh battery storage system in the first phase, with an additional 564 MW of solar to be added in the second phase. With the aim of accelerating the transition to renewable energy in emerging markets, the project is backed by a sovereign guarantee, highlighting a significant step towards climate solutions in the energy sector.
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Jet Fuel with 10-Year Price Predictability
Power-to-Liquid fuels offer a sustainable alternative to traditional jet fuel by converting electricity, CO2, and water into a synthetic e-fuel, reducing dependency on oil and creating a stable pricing model based on electricity and CO2. This shift reduces airlines' exposure to fuel price volatility and allows for decentralized production, reducing reliance on concentrated supply regions. The E-Jet® SAF fuel is compatible with existing infrastructure, delivering up to 90% lower emissions compared to conventional jet fuel. Partnerships with airlines and other industries demonstrate a shift towards manufacturing fuel from CO2, offering a more diversified, predictable, and distributed fuel system for the long haul.
https://www.twelve.co/post/jet-fuel-with-10-year-price-predictability
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Rivian EV Batteries To Be Used For Stationary Energy Storage At Rivian Factory
Electric vehicle battery packs are being repurposed for a second life as stationary energy storage, showcasing the sustainability of EVs over traditional vehicles. Nissan Leaf batteries have already been utilized in a data center in France, and Rivian plans to create a 10 megawatt-hour energy storage system in Illinois using over 100 EV batteries. Despite common misconceptions, EV batteries can last up to 20 years and have potential for further use in energy storage systems. This innovative practice highlights the potential for EVs to contribute to a more sustainable energy future.
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Largest US renewable project begins generating electricity
The largest renewable energy project in the US, SunZia Wind, has begun generating electricity with 916 turbines in New Mexico. The 3.5-gigawatt wind development will deliver power to California over a 550-mile transmission line, crucial for meeting the state's clean energy goals. Despite facing delays and opposition, the project is seen as a significant step towards reducing carbon emissions and meeting energy demands. SunZia's integration into the grid is helping to retire polluting natural gas plants in environmental justice communities and increase renewable energy generation, surpassing other major wind projects in the US in terms of size and operational progress.
https://www.eenews.net/articles/largest-us-renewable-project-begins-generating-electricity/
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Fossil fuels face higher taxes than electricity under EU bill
The European Commission is set to unveil a bill that will tax electricity at a lower rate than fossil fuels as part of a strategy to shift towards more renewable and nuclear energy sources. This initiative comes in response to the energy crisis following Russia's invasion of Ukraine and aims to make energy more affordable and reliable. The EU executive is preparing measures to mitigate the economic impact of the Iran war, which has disrupted oil and gas supplies from the Gulf region. The goal is to reduce dependence on fossil fuels and increase electricity generation from renewables and nuclear power.
https://www.eenews.net/articles/fossil-fuels-face-higher-taxes-than-electricity-under-eu-bill/
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Huge wind component of massive hybrid renewables project joins queue for federal green tick
A 2 gigawatt hybrid wind, solar, and battery storage project in Western Australia's Mid West region, the Tathra wind farm, is undergoing federal environmental assessment after securing state approvals. Developer SynergyRED aims to combine up to 1,000 MW of wind, 500 MW of solar, and 500 MW of battery energy storage to maintain affordable and reliable electricity supply. Efforts are being made to minimize impacts on fauna habitat in the mainly agricultural project area. Additionally, Synergy is expanding its battery capacity with the Collie battery, increasing total big battery capacity to over 800 MW and nearly 3,200 MWh, marking a significant step towards clean energy solutions.
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Construction starts on biggest battery in Australia’s most advanced renewable grid
Alinta is building South Australia's largest battery, the Reeves Plains project, with a first stage sized at 250MW and 1,000MWh, aiming to reach gigawatt scale storage with a second stage planned to double its size. This project is part of South Australia's push towards 100% net renewables by next year, powered by wind and solar, displacing plans for a gas-fired power station at Reeves Plains. The focus on battery storage is a significant step towards sustainable energy solutions. Climate change experts, including science and business journalists specializing in climate change-related health and environmental issues, play a crucial role in raising awareness and promoting solutions to address climate-related challenges.
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Togo opens solar minigrid tender
The government of Togo has launched a tender for the construction of solar minigrids in 27 rural localities as part of the Rural Electrification Project funded by the Islamic Development Bank. The project aims to electrify a total of 317 localities through solar minigrids, with interested bidders able to purchase tender documents and submit bids by May 26. The tender is split into two lots with specific solar and storage capacities, highlighting Togo's commitment to expanding access to clean energy solutions in rural areas.
https://www.pv-magazine.com/2026/04/15/togo-opens-solar-minigrid-tender/
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How to generate hydrogen at home with recycled solar panels
A Chilean research team has developed a residential-scale system to produce green hydrogen using discarded photovoltaic modules, combining them with a proton exchange membrane electrolyzer to reduce system complexity. The system achieves an annual energy yield equal to 88% of power electronics-based optimization, with daily hydrogen production exceeding basic household demand. With a levelized cost of hydrogen of approximately $5.8/kg, representing an 18% reduction compared to more complex systems, this low-cost solution could help address the growing volume of photovoltaic waste and the high cost of green hydrogen.
https://www.pv-magazine.com/2026/04/14/how-to-generate-hydrogen-at-home-with-recycled-solar-panels/
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IESO signs 20-year contracts for 14 renewable energy projects
Ontario's Independent Electricity System Operator (IESO) has signed 20-year agreements for 14 renewable energy projects, including 12 solar projects and two wind projects, to introduce over three terawatt-hours of electricity annually by the early 2030s. The contracts were awarded through competitive bidding, resulting in a 21% cost reduction compared to previous large-scale renewable contracts. Indigenous communities have at least 50% equity ownership in each project, and projects located within municipalities have received Municipal Support Confirmations. The projects, including solar and wind installations, aim to meet growing energy demands in Ontario and mark the first extensive undertaking for large-scale renewable developments in the country in over ten years.
https://www.power-technology.com/news/ieso-20-year-contracts-14-renewable-projects/