DENSO Corporation has entered into a significant partnership with Ceres Power Holdings, a key player in solid oxide cell stack technology. The manufacturing license agreement is aimed at accelerating the practical application of Solid Oxide Electrolysis Cells (SOECs) for hydrogen production through water electrolysis. Cell stacks, integral to SOECs, assist in separating steam into hydrogen and oxygen. By leveraging Ceres' innovative solid oxide technology that combines metal and ceramic elements for enhanced performance, DENSO plans to achieve mass production of top-notch cell stacks. This endeavor involves merging Ceres' expertise with DENSO's ceramic technology proficiency acquired in the automotive industry. The ultimate goal is to promote the early adoption of SOECs by integrating system technologies like thermal management and control mechanisms. Hydrogen is recognized as a pivotal next-generation energy source crucial for attaining a carbon-neutral society. DENSO's strategic collaboration with partners nationally and globally underscores its dedication to advancing hydrogen utilization technologies. The Solid Oxide Electrolysis Cell operates at high temperatures employing a ceramic membrane to electrolyze water vapor and generate hydrogen. Compared to alternative methods like alkaline water electrolysis and PEM water electrolysis, the SOEC stands out for its lower electrical energy requirement during electrolysis. DENSO's commitment to driving hydrogen technology forward aligns with the broader goal of fostering sustainability and environmental responsibility.