浙江大学牵头、西子洁能等参与的高温热化学储热技术取得新突破

Core Viewpoint - The project led by Professor Xiao Gang's team from Zhejiang University focuses on the development of high-temperature thermochemical energy storage materials and systems, which is significant for renewable energy consumption and green alternatives in high-temperature heat applications [1] Group 1: Project Overview - The project is part of Zhejiang Province's "Pioneer" science and technology plan and has recently held an expert appraisal meeting in Hangzhou [1] - The project results are recognized as outstanding and have important implications for the stability of large-scale renewable energy generation [1] Group 2: Technological Advancements - The developed high-performance, low-cost metal oxide thermochemical heat storage medium has internationally leading performance indicators [1] - The modular and scalable design of the thermochemical heat storage device and its reactor operation methods are considered a global first [1] Group 3: Industry Implications - The research outcomes are deemed to reach an internationally advanced level, providing significant reference for the application of high-temperature heat storage technology in industrial heat sectors [1]