The article discusses the emergence of a new category in water electrolysis, Decoupled Water Electrolysis (DWE), as a revolutionary approach to green hydrogen production. Highlighting the limitations of conventional technologies like Alkaline and PEM electrolysis, the focus is on the innovative solution offered by Israeli company H2Pro. Their DWE technology, designed to split hydrogen and oxygen production into distinct steps using a proprietary redox cycle, addresses the challenges of operating safely and efficiently under varying solar and wind conditions. This technology allows for safe, membrane-free hydrogen generation that is highly flexible and cost-effective even at partial loads, making it ideal for integration with renewable energy sources. The article features insights from key figures at H2Pro, emphasizing the need for electrolysis technologies that can efficiently utilize renewable electricity. The DWE technology by H2Pro enables hyper-flexible, low-cost, and high-efficiency hydrogen production, aligning with the goal of maximizing the value of cheap renewable electricity. The Nature Reviews Clean Technology article, co-authored by a group of distinguished researchers, delves into the chemistry and real-world implications of decoupling hydrogen and oxygen production, recognizing DWE's potential to scale green hydrogen production affordably. H2Pro's CTO and founding member, Dr. Hen Dotan, underscores the importance of challenging traditional assumptions in electrolysis technology to drive innovation. The company's upcoming deployment of the world's first decoupled electrolysis system in Israel signifies a significant step towards commercializing this breakthrough technology. The project in Tziporit will not only showcase the innovative approach to green hydrogen production but also mark a pivotal moment in Israel's transition towards sustainable energy solutions. Overall, the article highlights the transformative impact of DWE in revolutionizing green hydrogen production and advancing the global shift towards cleaner and more sustainable energy sources.