KIT startup Photreon is pioneering photocatalytic panel technology to produce hydrogen without grid dependency. By directly converting sunlight into hydrogen, the innovation eliminates the need for electrolysers and external power sources, potentially reducing costs and simplifying deployment. This breakthrough could accelerate decentralized green hydrogen production and expand clean fuel accessibility globally.
Dinto Solar has unveiled its 2026–2030 roadmap focused on heterojunction (HJT) technology, targeting 32% efficiency and 1000 W-class modules. The strategy highlights advancements in cell architecture, materials, and manufacturing processes, positioning HJT as a key driver of next-generation solar performance and cost competitiveness in global markets.
Researchers have achieved a major breakthrough in improving perovskite solar cell stability using metal oxide layers. The development addresses one of the biggest challenges in perovskite adoption—long-term durability—by enhancing resistance to environmental degradation, paving the way for commercialization of high-efficiency, low-cost solar technologies.
A solar and storage deployment in Gauteng is delivering immediate cost savings while strengthening long-term energy resilience. The project demonstrates how integrated clean energy systems can reduce reliance on unstable grids, improve reliability, and support sustainable economic growth in regions facing power supply challenges.
Suryalogix has upgraded its Central Monitoring System (CMS) with advanced analytics and real-time intelligence. The platform enables better performance tracking, predictive maintenance, and operational optimization, helping solar plant operators improve efficiency and reduce downtime across large-scale installations.
A new white paper highlights the reliability and bankability of TOPCon solar technology. It provides insights into performance consistency, degradation rates, and long-term returns, strengthening investor confidence and supporting wider adoption of TOPCon modules in utility-scale solar projects.
Tandem solar cells are surpassing the Shockley-Queisser efficiency limit by combining multiple materials to capture a broader spectrum of sunlight. This advancement significantly boosts energy conversion efficiency, marking a key milestone in solar innovation and opening new possibilities for ultra-high-performance photovoltaic systems.
Grid-scale energy storage is unlocking round-the-clock renewable energy supply by storing excess solar generation for later use. This technology enhances grid stability, supports higher renewable penetration, and addresses intermittency challenges, making it a critical component of future energy systems.
Subscribe to get the latest posts sent to your email.
