A consortium of Belgian companies, led by Solhyd, is set to build a solar hydrogen park in Wallonia, Belgium, integrating 50 kW of hydrogen-producing solar modules into a 2 MW solar park with battery storage. Solhyd's technology, developed at KU Leuven University, allows for hydrogen production directly from sunlight and air, without the need for liquid water or rare materials. The company plans to increase the use of its modules in future installations to simplify green hydrogen production and create new revenue streams. CEO Jan Rongé views this project as a model for future expansion, showcasing a pragmatic and scalable approach to green hydrogen production.
Category: Other Energy
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Home-grown quest to make “silver-free” and ultra-low cost solar wins another $25m in federal funding
SunDrive, an Australian solar manufacturing company, has received $25 million in federal funding to scale and commercialize its copper-based PV technology, aiming to lower the cost of solar installation by 20-30% compared to competitors. The funding will support the company's collaboration with manufacturers to take its technology to a commercial scale and upgrade its facility, accelerating the adoption of copper-based solar cells. SunDrive's silver-free alternative addresses the rising cost and demand for silver in the industry, delivering a scalable mass-production solution with the support of Arena and partners. This development is crucial for the next generation of solar cell technology, offering more sustainable and cost-effective solutions to meet the urgent climate challenges.
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India signs deal with Singapore’s GSC Group for 1.5 GW hydro storage project
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.
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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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A new blueprint for the power system from GoodWe
GoodWe Technologies, celebrating its 15th anniversary, is focusing on smart energy integration in the solar industry. Founder Daniel Huang emphasizes the company's vision of a new power system based on solar, storage, electrified loads, and intelligent management. GoodWe has evolved from being an inverter manufacturer to a full energy solutions provider, offering various products and services for energy management. With over 100 GW of cumulative installations globally by early 2025, GoodWe aims to lead the industry by offering innovative solutions for a sustainable future, including scaling zero-carbon projects, expanding globally, and empowering consumers to become prosumers in the energy market.
https://www.pv-magazine.com/2025/11/07/a-new-blueprint-for-the-power-system-from-goodwe/
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Agrivoltaic Movement Pivots To Green Hydrogen
The global agrivoltaic industry is evolving to include green hydrogen production, providing farmers with a new off-grid fuel and energy storage option. Researchers are studying the profitability and sustainability of integrating green hydrogen production with agrivoltaics, focusing on supporting food systems and producing green hydrogen for fuel cell electric vehicle (FCEV) charging stations. Co-locating agrivoltaics with water electrolysis to produce green hydrogen is seen as a means of decarbonization and energy independence, with projects like ECHO-WAVE in Luxembourg and federal support for green hydrogen in the US. The Nordic-Baltic Hydrogen Corridor has emerged to supply green hydrogen for industrial centers in Europe, with the EU Innovation Fund supporting projects combining agrivoltaic systems with wind turbines. More activity in this area is expected, leveraging infrastructure and resources in low-demand regions to meet the strong demand for hydrogen and renewable energy solutions in the face of climate change and the need to reduce fossil fuel dependence.
https://cleantechnica.com/2025/10/27/the-agrivoltaic-movement-pivots-to-green-hydrogen/
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Eco Stor breaks ground on Germany’s largest battery storage project
Construction has commenced on Germany's largest battery storage project in Förderstedt, Saxony-Anhalt, boasting a capacity of 300 MW/714 MWh, surpassing RWE's facility to become the country's largest under development. The groundbreaking ceremony was attended by political and industry leaders, signifying a major advancement in energy storage capacity in Germany. This project by Eco Stor represents a significant step towards bolstering climate solutions and renewable energy integration in the region.
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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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3D solar tower increases capacity factor 50%, triples solar surface area
Janta Power has secured $5.5 million in funding to develop its innovative vertical solar tower technology, currently being piloted at major global airports. These 3D solar towers offer high energy density for space-constrained areas and can be utilized in various applications like data centers, EV charging hubs, and industrial facilities. With a capacity factor 50% higher than traditional solar installations, the towers achieve a low levelized cost of electricity at $0.05 kWh. Their design allows for better alignment with energy demand and helps reduce stress on grids by providing smooth energy delivery throughout the day.