Heat, cold bi-directional coexistence system

Abstract

The invention relates to a device capable of both heating and cooling, especially a heat and cold two-way symbiosis system that only consumes refrigeration energy in one direction and obtains two-way energy output, and can also cool when hot water and steam of different temperatures are produced. According to the second law of thermodynamics, through the work of the compressor, the heat is transferred from the air (cooling and cooling the surrounding air) to the hot water. The heat exchanger solves the problem of today's heat supply without a special boiler; the waste heat generated during cooling is fully recycled through the heat exchanger, and no longer emits waste heat to the atmosphere. It does not affect cooling and cooling at the same time, and obtains hot water The investment of installing a water heater and the cost of special heating of hot water are saved, and the invention is applicable to all occasions that require refrigeration and obtain cheap heat energy.

Description

technical field [0001] The invention relates to a heating and cooling device, in particular to a heating and cooling bidirectional symbiosis system capable of refrigerating when hot water and steam of different temperatures are produced, only consuming refrigeration energy in one direction and obtaining bidirectional energy output. Background technique [0002] Most of the devices that generate hot water and steam on the market are boilers, which roughly have the following types: [0003] 1. Coal-fired boilers have low thermal efficiency, and the fuel pollutes the environment, consuming the limited coal resources on the earth; [0004] 2. For gas-fired boilers, when the fuel and air volume are improperly adjusted and the combustion is insufficient, it is easy to cause poisoning accidents, and a lot of harmful substances are also emitted in the flue gas, which is harmful to the environment; [0005] 3. Oil-fired boilers have strict requirements on fuel oil. Unqualified fuel ...

AI Technical Summary

Problems solved by technology

[0003] 1. Coal-fired boilers have low thermal efficiency, and the fuel pollutes the environment, consuming the limited coal resources on the earth;

[0004] 2. For gas-fired boilers, when the fuel and air volume are improperly adjusted and the combustion is insufficient, it is easy to cause poisoning accidents, and a lot of harmful substances are also emitted in the flue gas, which is harmful to the environment;

[0005] 3. Oil-fired boilers have strict requirements on fuel oil. Unqualified fuel oil often cannot be burned normally, and may even damage the life of the equipment. For it, it is necessary to set up chimneys and muffler equipment to increase additional investment;

[0006] 4. Electric boilers can only convert heat equivalently according to the law of energy conservation

The boiler is a heating device, it can only produce hot water and steam at different temperatures, it cannot be cooled at the same time

[0007] As for refrigeration, regardless of the refrigerator or air conditioner, its product design only considers the refrigeration index in one direction. The waste heat it generates is basically discharged into the air through fans, water pumps or naturally, so that much more heat energy than refrigeration is not only It is wasted in vain like this, and it contributes to the greenhouse effect and heat island effect, causing evil consequences that people do not want to see

Images