Quick-to-mount, reliable and durable micro-energy indoor cold and warm water distribution device

The utility model relates to a quick-to-install, reliable and durable micro-energy indoor cold and warm water distribution device. The two ends of a cold and hot source water tank are communicated with one end of a water collector through a water return pipeline provided with a pressure sensor and are communicated with the end of a water distributor through a water supply pipeline provided with a water mixing three-way valve, a water pump and a temperature sensor respectively; the water segregators and the water supply pipelines of the water segregators form a layer group or a vertically parallel multi-layer group, and a degassing tank is arranged between the water segregators of the top layer group above the water collector and the water supply pipelines of the water segregators; a plurality of paths of parallel cold and hot radiation capillary tubes are communicated between the water distribution device assembly communicated with the water distribution device three-way module and the water collection device