A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a capillary tube water cooling curtain wall system. The system comprises an upper water pipe which is provided with a water pump. The upper water pipe is connected with a water inlet of a first water storage box. A water outlet of the first water storage box is connected with a capillary tube curtain wall plate through a pipeline. A plurality of capillary tubes arranged in parallel are arranged in the capillary tube curtain wall plate. Water inlets of the capillary tubes are connected with the water outlet of the first water storage box. Water outlets of the capillary tubes are connected with a second water storage box through a lower water pipe. Water flow flows into the capillary tubes from the first water storage box to perform heat exchange, then flows to the second water storage box from the water outlets of the capillary tubes and is discharged from the second water storage box to serve as domestic water. According to the capillary tube water cooling curtain wall system, a capillary net serves a wall heat-preserving material, while the heat-preserving and heat-insulating effects are both considered, the capillary tube water cooling curtain wall system has the advantages of being good in waterproof performance, damp-proof performance and durability and excellent in fireproof performance, and the problems that an existing water cooling curtain wall is small in heat exchange area, circulating water directly makes contact with a wall, and the requirement for leakproofness is high are solved.
The invention provides a capillary tube water cooling curtain wall system. The system comprises an upper water pipe which is provided with a water pump. The upper water pipe is connected with a water inlet of a first water storage box. A water outlet of the first water storage box is connected with a capillary tube curtain wall plate through a pipeline. A plurality of capillary tubes arranged in parallel are arranged in the capillary tube curtain wall plate. Water inlets of the capillary tubes are connected with the water outlet of the first water storage box. Water outlets of the capillary tubes are connected with a second water storage box through a lower water pipe. Water flow flows into the capillary tubes from the first water storage box to perform heat exchange, then flows to the second water storage box from the water outlets of the capillary tubes and is discharged from the second water storage box to serve as domestic water. According to the capillary tube water cooling curtain wall system, a capillary net serves a wall heat-preserving material, while the heat-preserving and heat-insulating effects are both considered, the capillary tube water cooling curtain wall system has the advantages of being good in waterproof performance, damp-proof performance and durability and excellent in fireproof performance, and the problems that an existing water cooling curtain wall is small in heat exchange area, circulating water directly makes contact with a wall, and the requirement for leakproofness is high are solved.
Water cooling-heating dual-purpose sound-absorbing curtain wall
| European Patent Office | 2015