【Ten Years of Rapid Development in Chemical Engineering Equipment】The 2845-2025 2MW/600℃ ultra-high temperature heat pump energy storage demonstration project was successfully commissioned on its first attempt

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Let’s give praise and support to the achievements made in China’s chemical engineering technology and equipment; your participation in discussions is the greatest encouragement. **********************【Ten Years of Progress in Chemical Engineering Equipment】Regular updates and summaries are available – feel free to join the discussions: https://bbs.hcbbs.com/thread-3576046-1-1.html ***************** The 2MW/600℃ ultra-high temperature heat pump energy storage demonstration project was successfully commissioned on its first attempt. On November 19th, the 2MW/600℃ ultra-high temperature heat pump energy storage demonstration project, developed jointly by Huzhou Industrial Control Technology Research Institute and Zhejiang Lvsu Technology Co., Ltd., was successfully commissioned. The molten salt medium was integrated into the energy storage system, and the main unit operated safely and stably, thus enabling the project to reach this important milestone. The project commenced in July 2025, and it was successfully brought online within just four months, demonstrating the strong R&D capabilities of both parties as well as their efficient project execution skills. The project has incorporated a super-high-temperature heat pump system, a load regulation system, a molten salt heat storage system, an ultra-high-pressure steam generation system, as well as auxiliary systems such as cooling water and compressed air. It simulates all the key stages in the application of heat pump-molten salt energy storage technology in scenarios such as flexible and low-carbon coal-fired power generation and nuclear power with variable loads. Special attention is paid to overcoming technical challenges related to super-high-temperature heat pumps operating at 600°C, including wide temperature ranges, broad adjustment capabilities, high flexibility, and high levels of intelligence. The success of this project lays the foundation for GreenStorage Technology and its subsidiary, StateEnergy Power, to move from technical validation to practical engineering applications of their ultra-high temperature heat pump technology. The project team at Huzhou Industrial Control Technology Research Institute has accumulated valuable technical data and practical experience through this project, and has developed core control technologies such as precise system control and intelligent regulation. The operation of this project provides a replicable and applicable technical model for the promotion and use of ultra-high temperature heat pump energy storage technologies in various industries and of different scales. Next, the project team will continue to refine and iterate on the technology, promote its use in large-scale engineering applications, and contribute technological efforts to advancing China’s green and low-carbon industrial transformation and achieving the \"dual carbon\" goals.