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The capillary mat radiant heating and cooling system consists of five main components: cold and heat source, piping system, fresh air system, control system and capillary mat terminal system. When the capillary heat exchanger is combined with a ground-source or air-source heat pump and equipped with proper controls, it forms an energy-saving system that can achieve energy savings of up to 70%. When further integrated with solar energy and thermal energy storage systems, energy savings can reach approximately 90%. Capillary heat exchangers are closely aligned with energy conservation, emission reduction and building quality enhancement objectives.

The capillary mat terminal is designed based on bionic principles, mimicking human capillaries. It operates as an efficient radiant terminal with large flow rates and small temperature differences. Its COP is substantially higher than that of conventional HVAC and air-source heat pump systems, delivering energy savings of over 50% compared with standard systems.