Revolutionary Manufacturing Process Unlocks 29.43% Efficiency in Tandem Solar Cells Researchers have developed a groundbreaking evaporation technique for wide-bandgap perovskite…
The Critical Role of Energy Cost Data in Industrial Strategy As industries worldwide accelerate their digital transformation and computing infrastructure…
From Oil Giant to Solar Aspirant: Iran’s Energy Pivot Iran is accelerating its transition to solar energy as chronic electricity…
A multinational research team has documented a paradigm shift in electrochemical systems that replace inefficient oxygen evolution with value-added reactions. This dual-output approach reportedly slashes energy consumption while generating market-ready chemicals alongside green hydrogen. The integration of advanced catalysts and novel electrolyzer designs marks significant progress toward sustainable industrial chemistry.
For over two centuries, fossil fuels have dominated global energy and chemical production, driving climate change and environmental degradation, according to industry reports. Although renewable energy investment has grown rapidly, conventional chemical processes remain carbon-intensive and economically inflexible, analysts suggest. Now, electrochemical systems powered by renewables offer a promising pathway with mild operating conditions and abundant feedstocks.
The Green Energy Accounting Shift That Could Reshape Tech Industry Sustainability Major technology companies facing increased scrutiny over their environmental…
The U.S. energy storage market is adapting to policy changes and supply chain challenges, with analysts revising deployment forecasts upward. Foreign investments and sustained tax credits are supporting growth amid global expansion.
The U.S. energy storage market is demonstrating notable resilience despite early 2025 policy uncertainties, according to recent analyses. Sources indicate that initial concerns over tax credit revisions and tariffs have eased, with the industry adapting to new conditions. BloombergNEF (BNEF) senior associate Isshu Kikuma noted in a statement that while challenges remain, the outlook has improved significantly since earlier this year.
Grid Modernization Breakthrough: ISO New England’s 8 GW Clean Energy Initiative ISO New England has initiated a groundbreaking transitional cluster…
Machine Learning Meets Biodiesel Innovation In the rapidly evolving landscape of sustainable energy, researchers are leveraging machine learning algorithms to…
German DeepTech firm etalytics has extended its Series A funding to €16 million with Microsoft’s M12 leading the €8 million extension. The AI energy intelligence platform helps industrial clients reduce energy consumption by up to 50% according to company reports. The funding will accelerate global expansion, particularly into the U.S. market.
German energy technology startup etalytics has successfully closed an €8 million Series A extension, bringing its total Series A funding to €16 million, according to recent reports. The Darmstadt-based DeepTech company, which specializes in AI-powered energy intelligence solutions, announced that the extension is led by M12, Microsoft’s Venture Fund, with continued participation from existing investors Alstin Capital, ebm-papst, and BMH.
The Precarious Position of Europe’s Green Steel Pioneer Swedish green steel startup Stegra finds itself in a race against time…
