India has signed a deal with Singapore's GSC Group for a 1.5 GW hydro storage project in Maharashtra to support grid stability and renewable energy expansion, creating 2,500 jobs. This project is part of GSC's third set of pumped storage projects in India, aiming to fast-track clearances for hydroelectric projects and leverage the favorable geography of the Sahyadri mountain ranges. With a focus on long-duration storage assets, GSC is committed to advancing India's renewable energy infrastructure.
Category: Electricity & Industry
Cut Emissions:
– Enhance Efficiency
– Cut Fugitive Emissions
– Shift Production
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Nexans’ new solution for offshore wind’s grid reach problem
Nexans is leading the way in utilizing superconducting, liquid nitrogen-cooled export cables to connect offshore wind farms to shore, eliminating line losses and efficiently transmitting renewable energy from remote offshore locations. This technology is a crucial advancement in the quest for sustainable energy solutions, offering a promising solution for maximizing the potential of offshore wind power. Climate solutions experts should take note of this innovative approach as a key step towards achieving a more sustainable and efficient energy grid powered by renewable sources.
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LEAG and Fluence to develop GigaBattery Jänschwalde 1000 project in Germany
LEAG Clean Power and Fluence Energy are collaborating on Europe's largest battery energy storage system project, the GigaBattery Jänschwalde 1000 in Germany, with a capacity of 1GW. This project, utilizing Fluence's Smartstack technology, aims to address energy availability challenges during the transition to renewable energy by integrating solar, wind, and storage facilities. The focus is on enhancing system stability, supporting renewable energy integration, delivering grid services, enabling energy trading, strengthening energy security, and accelerating Germany's energy transition. The GigawattFactory approach combines renewable energies, storage facilities, and flexible power plants to achieve these goals.
https://www.power-technology.com/news/leag-fluence-gigabattery-janschwalde-project/
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AI powered solar forecasting helps UK grid operator reduce balancing costs
Open Climate Fix's Quartz Solar tool, integrated into the National Energy System Operator's operations, saves Great Britain's grid operator GBP 30 million per year by accurately forecasting solar generation and reducing the need for reserve capacity. The AI-powered tool, combining machine learning, satellite imagery, and weather data, updates every 15 minutes and has halved forecasting errors. By using multiple data sources and providing probabilistic output, the tool has improved forecasting methods and could potentially save up to GBP 150 million per year by 2035. Open Climate Fix, a non-profit organization founded in 2019, is exploring commercialization opportunities to fund further research and expand into other markets like the Netherlands, focusing on AI-powered energy system projects with open source code.
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Old Nissan Leaf Gets About 180 Miles Of Range (Video)
Old Nissan Leaf owners can increase their range by installing a new battery pack from VIVNE, potentially doubling their range to around 180-200 miles. This upgrade offers a cost-effective solution for those looking to extend the lifespan of their older EVs and avoid purchasing a new vehicle. In addition, VIVNE provides a kit to convert old EV batteries into home energy storage batteries, offering a sustainable energy storage option for homeowners and contributing to a more environmentally friendly approach to energy consumption.
https://cleantechnica.com/2025/10/27/old-nissan-leaf-gets-about-180-miles-of-range-video/
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Toyota developing two-seater electric vehicle with solar roof
Toyota Manufacturing UK is leading a consortium to develop a lightweight micro-mobility electric vehicle with a PV roof, digital connectivity, and sustainable components, aiming to extend driving range by 20%. The project, supported by the University of Derby researchers and funded by the UK Department for Business and Trade with £15 million, focuses on creating a last-mile L6e-type vehicle with integrated solar PV. Partners in the consortium will collaborate on shared components to reduce costs and create economies of scale. This initiative aligns with other similar projects like the European Giants consortium and the French Croisière Verte team's use of portable solar with lightweight electric vehicles.
https://www.pv-magazine.com/2025/10/28/uk-team-developing-tinyvipv/
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Australia’s SolarCloud opens rooftop solar access to renters, flats
Australian startup SolarCloud has introduced a virtual rooftop solar ownership model that allows renters and apartment residents to buy shares in existing commercial systems without installation or approvals. Customers can purchase one or more panels starting at AUD 139 each and monitor generation 24/7 via an online platform. The company aims to make solar energy more accessible to households previously excluded from the solar transition. SolarCloud CEO John Kennedy highlighted that this model provides a way for everyone to access cheaper, cleaner energy without needing a suitable roof.
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Solar cell inspection tool evolution set to slash manufacturing costs by billions
A new contactless system developed by a team led by Hameiri at UNSW is revolutionizing the way solar cells are tested, using luminescence to analyze key electrical properties and offering detailed maps of defects, performance, and predicted lifespan. This technology overcomes limitations of current testing methods, allowing intact cells during testing and early defect detection, working with both silicon and emerging perovskite and tandem solar cells. The collaboration between UNSW and BT Imaging is turning laboratory breakthroughs into practical, factory-ready products for manufacturers worldwide, providing a versatile solution for mass production of next-generation solar technologies.
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TriplePundit • The Solar Revolution Has Only Just Begun
The evolution of global sustainability over the past 20 years has seen significant advancements in solar technology, with costs falling globally and integration with other systems. The history of solar energy dates back to the 1950s, with improvements in efficiency and cost reduction over time. In the United States, support for solar energy has seen peaks under Presidents Carter and Obama, leading to the SunShot program and a significant drop in solar panel costs. With solar energy now the most economical way to meet rising electricity demand, new developments in technology such as rooftop panels, agrivoltaics, and emerging technologies like perovskites and thin film solar cells are driving further innovation. The future of solar energy looks promising, with advancements like see-through solar cells and orbiting systems expected to revolutionize energy solutions for years to come.
https://triplepundit.com/2025/the-solar-revolution-has-only-just-begun/
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Wind hits record share of 150 pct of state demand, as fossil energy shrinks to just 1.5 pct of total generation
South Australia has achieved remarkable new records in renewable energy, with wind energy hitting a new peak share of 149.6% of state demand. The state has been running at an average of 75% wind and solar over the past year and aims to reach 100% "net" renewables by 2027. Battery storage is also playing a significant role in reducing the reliance on fossil fuels, with 31.2% of demand being met by batteries at peak times. The state's increased capacity on interstate transmission lines and new big battery projects under construction are further contributing to the growth of renewable energy. A world-first trial by AEMO using battery inverters to run big grids with no synchronous generation showed promising results, setting records for renewables share, curtailment levels, and battery charging load on Sunday.