Brenmiller Energy, Rock Energy 和 Idaho 国家实验室将展示热贮存对小型核反应堆和校园能源系统如何减少矿物燃料的使用和提高效率。 Brenmiller Energy, Rock Energy Storage, and Idaho National Lab will showcase how thermal storage pairs small nuclear reactors with campus energy systems to cut fossil fuel use and boost efficiency.

布伦米勒能源,岩石能源储存和爱达荷国家实验室将在IDEA校园2026年会议上发表关于使用热能储存 (TES) 来与校园和地区能源系统集成小型模块化反应堆 (SMR) 的文章. Brenmiller Energy, Rock Energy Storage, and Idaho National Laboratory will present at the IDEA Campus 2026 conference on using thermal energy storage (TES) to integrate small modular reactors (SMRs) with campus and district energy systems. 这种技术,如Brenmiller的BGenTM和BCube系统,将来自SMR的超热储存在压碎的岩石中,供以后使用,将稳定的核热发电与变化不定的热需求相匹配。 The technology, such as Brenmiller’s bGen™ and bCube systems, stores excess heat from SMRs in crushed rock for later use, matching steady nuclear heat generation with fluctuating thermal demand. 这提高了效率,减少了对化石燃料的依赖,降低了峰值成本,并提高了系统复原力。 This improves efficiency, reduces fossil fuel reliance, lowers peak costs, and enhances system resilience. 合作突显了一种日益增长的产业趋势,即将先进的核与经过实践证明的热储存配对,以获得可靠、可扩展和低碳热解决方案。 The collaboration highlights a growing industry trend to pair advanced nuclear with proven thermal storage for reliable, scalable, and low-carbon heat solutions.