Radiation and/or energy accumulation method, heat exchange system and heat pump system

Abstract

The invention relates to a method of heat dissipation and / or energy storage by adopting building raft foundation water. Inlet and outlet pipes which are connected with each other are positioned between a plurality of reservoirs in high positions of a building and a plurality of raft foundation pools at the bottom part of the building are adopted so as to allow the water between the reservoirs and the raft foundation pools to circulate mutually, and allow the circulated water to pass through a heat exchanging device for heat exchange and then flow to the raft foundation pools, thereby the accumulation of cold or heat can be carried out based on that the raft foundation pools are positioned in a subsurface constant-temperature layer and that the water is characterized by constant temperature. The invention further discloses a heat pump system which uses the method to carry out the heat exchange. The heat pump system can carry out the thermal environmental pollution control, save the energy resources, improve the overall energy efficiency of the heat pump and reduce the operating cost.

Description

technical field [0001] The present invention relates to a method for heat dissipation and / or energy storage, in particular to a method for storing heat in summer and extracting heat in winter by utilizing the constant temperature layer of a raft-based pool located under the ground. The raft-based water has a constant temperature characteristic. Background technique [0002] With the advancement of science and technology and the high development of industry, it brings infinite impact on the environment, especially the increasing global warming, many international environmental protection agreements continue to be produced, and environmental protection and energy saving have become the consensus of the public. As we all know, the operation process of traditional refrigeration and air conditioning systems will eventually discharge waste heat into the atmosphere, which has a huge impact on the environment, not only the loss of energy efficiency, but also the pollution of environm...

AI Technical Summary

Problems solved by technology

[0005] 1) Known heat pumps require the cost of building cooling towers

[0006] 2) The known heat pump requires a cooling water circulation pump and a cooling fan to run for a long time (almost non-stop) to dissipate heat, which consumes energy

[0007] 3) The known heat pump discharges waste heat into the atmosphere, causing pollution to the thermal effect of the environment

[0008] 4) The cooling water tower of the known heat pump must be cleaned and maintained regularly, and there is a problem of breeding group germs

[0009] 5) Known heat pumps are greatly affected by climate temperature and humidity, especially in climate areas with high humid heat or high humid cold, and the cooling efficiency is not good

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