Cold air and hot water integrated machine

Abstract

A cold air and hot water integrated machine consists of a casing and a cold and heat exchange system arranged in the casing. The cold and heat exchange system mainly consists of an electric cabinet, acompressor, a double pipes heat exchanger and an evaporator. The inner part of the casing comprises an upper half body and a lower half body, and an isolation plate is arranged between the upper halfbody and the lower half body. A group of fin type evaporator and a vortex blower are arranged above the isolation plate. The electric cabinet, the compressor, the double pipes heat exchanger and a shell type evaporator are arranged below the isolation plate. The upper end of the casing is provided with an air outlet and an air port connecting neck facilitating connection with an air supply duct.The integrated machine has the advantages of multiple purposes, capability of obtaining high temperature hot water while using an air conditioning, far lower operating cost and consumed electricity than other equipment or equipment such as boilers, heat pumps, solar and the like. During the operation time of the air conditioning, cold air is heated as a byproduct, and the heating cost is zero withthe power charges of the air conditioning reduced by over 15 percent. During a mere heating process, the cost is saved by over 75 percent.

Description

Cold air and hot water all-in-one machine technical field The invention relates to a device capable of both heating and cooling, in particular a cold air and hot water integrated machine. Background technique At present, devices capable of cooling (ice making) and heating (hot water or steam) on the market can be divided into air conditioners, ice machines, and boilers. Most of the equipment is a boiler, and the boiler has the following defects and is divided into the following categories: 1. Coal-fired boilers have low thermal efficiency, and the fuel pollutes the environment, consuming the limited coal resources on the earth; 2. Gas-fired boilers, when fuel and Improper adjustment of the air volume and insufficient combustion can easily lead to poisoning accidents, and a lot of harmful substances are also discharged in the flue gas, which is harmful to the environment; It will damage the life of the equipment, and additional investment needs to be set up with chimneys a...

AI Technical Summary

Problems solved by technology

At present, devices capable of cooling (ice making) and heating (hot water or steam) on the market can be divided into air conditioners, ice machines, and boilers. Most of the equipment is a boiler, and the boiler has the following defects and is divided into the following categories: 1. Coal-fired boilers have low thermal efficiency, and the fuel pollutes the environment, consuming the limited coal resources on the earth; 2. Gas-fired boilers, when fuel and Improper adjustment of the air volume and insufficient combustion can easily lead to poisoning accidents, and a lot of harmful substances are also discharged in the flue gas, which is harmful to the environment; It will damage the life of the equipment, and it needs to set up chimneys and noise reduction equipment to increase additional investment; 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

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

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