Energy-saving emission-reducing energy comprehensive utilization system for construction

Abstract

The invention discloses an energy-saving emission-reducing energy comprehensive utilization system for a construction. The system comprises a heat storage tank, a heat source supply circulating pipeline and a heat supply device, wherein hot water in the heat storage tank flows into the heat source supply circulating pipeline through a water outlet of the heat storage tank and then flows back to the heat storage tank; the heat source supply circulating pipeline is paved in the construction and is connected to a room with a heat requirement in the construction; and the heat supply device is arranged in the room with the heat requirement and is in heat exchange contact with the hot water in the heat source supply circulating pipeline, so as to utilize the heat energy of the hot water in the heat source supply circulating pipeline during a heating process. The heat energy is directly outputted to each household device requiring for the heat energy through the hot water in the heat source supply circulating pipeline, the cold energy is outputted to each household device requiring for the cold energy through cold water in the heat source supply circulating pipeline, and the heat energy is recovered, so that the heat energy of various living environments in the construction is fully adjusted and recovered, and a large amount of energy resource consumption is greatly reduced.

Description

technical field [0001] The invention relates to energy saving and emission reduction technology, in particular to a comprehensive energy utilization system for energy saving and emission reduction in buildings. Background technique [0002] In recent years, with the development of the economy, the problems of energy saving and environmental protection have become more and more prominent. For example, in order to maintain indoor comfort in summer, many families and hotels generally turn on air conditioners to cool down the indoor temperature. However, after the air conditioner is turned on, although the indoor temperature is reduced, the heat is discharged outdoors, which is not conducive to the outdoor environment and causes energy waste. Another example is that household water heaters consume energy no matter whether they use electric heating or gas, and fail to make good use of the heat energy discharged by air conditioners in summer, the heat energy discharged from the b...

AI Technical Summary

Problems solved by technology

However, after the air conditioner is turned on, although the indoor temperature is reduced, the heat is discharged to the outside, which is not conducive to the outdoor environment and causes energy waste

Another example is that household water heaters consume energy regardless of whether they use electric heating or gas, and fail to make good use of the heat energy emitted by air conditioners in summer, the heat energy emitted by the back panel of household refrigerators, and the energy emitted by kitchen exhaust ducts and range hoods.

Many home appliances need to emit heat, and some need to absorb heat to work. In addition, many heating devices, equipment, and machine resources are wasted and repeated.

For example, it is common for a family to have several air-conditioning outdoor units, resulting in waste of materials, metals and other materials, and also affecting the appearance of the city

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