Kyocera International, Inc.'s Fine Ceramics Group is at the forefront of revolutionizing next-generation renewable energy solutions. Fine Ceramics materials play a crucial role in supporting critical energy technologies like nuclear fusion and hydrogen power. The unique chemical stability and durability of Fine Ceramics make them ideal for extreme temperature conditions in applications such as hydrogen generation and nuclear fusion. In fusion and hydrogen power systems, Fine Ceramics components like feedthroughs, RF windows, and superconductors enable precise control of chemical reactions, insulation in harsh environments, and efficient energy transfer through their plasma resistance and RF transparency. Kyocera's focus on consistency, quality, and reliability ensures that Fine Ceramic products meet stringent performance standards, optimizing durability and effectiveness. The global facilities of Kyocera are essential in producing Fine Ceramics for energy applications, enabling quick turnarounds, design modifications, and new material development to meet the specialized needs of renewable energy projects worldwide. Kyocera's commitment to sustainability aligns with broader CSR goals, aiming for 100% carbon neutrality by 2051 and increasing renewable energy use significantly by 2031. By actively supporting the development of clean energy sectors like hydrogen and fusion, Kyocera contributes to long-term environmental goals while leveraging its global network to drive innovation and support renewable energy projects efficiently.