As the core equipment (costing over 50%) of supercritical CO2 power systems, this technology makes breakthroughs in developing China's first multi-circuit full-temperature fullpressure test platform. The platform supports pressures up to 32MPa and temperatures up to 873K, with multi-circuit synchronous testing capabilities, enabling validation across subcritical/transcritical/supercritical multi-regime wide-range conditions, providing support for optimization of heat exchanger, new structure development, and research on supercritical CO2 heat transfer characteristics.

Technology provider:Institute of Engineering Thermophysics, Chinese Academy of Sciences