Rural residence heat supply ventilation air conditioner system combined with solar heat storage technology

Abstract

The invention discloses a rural residence heat supply ventilation air conditioner system combined with the solar heat storage technology. Sunlight plates, an evaporative cooling water cooler, a coal-fired boiler and an evaporative air cooler are included, wherein the sunlight plates and the evaporative cooling water cooler are arranged on the top of a house, and the coal-fired boiler and the evaporative air cooler are arranged outside the house. A ceiling layer is arranged in the house. A water heat storage layer is arranged between the ceiling layer and the top of the house. The ceiling layeris provided with a water divider and a water collector. A capillary tube radiation tail end and a floor radiation tail end are laid on the inner wall of the house and below a floor correspondingly. The water heat storage layer is sequentially connected with the water divider, the capillary tube radiation tail end or the floor radiation tail end, the water collector, the water heat storage layer and the evaporative cooling water cooler through a pipeline, a water outlet pipe and a water inlet pipe of the coal-fired boiler are connected with the water divider and the water collector correspondingly, and the evaporative air cooler is led into the house through an air pipe. According to the rural residence heat supply ventilation air conditioner system combined with the solar heat storage technology, the solar energy and dry air energy are sufficiently utilized for conducting heat and cold supply for the interior of the house, and energy consumption is reduced,

Description

technical field [0001] The invention belongs to the technical field of air-conditioning equipment, and relates to a rural residential heating, ventilation and air-conditioning system combined with solar heat storage technology. Background technique [0002] my country is a large agricultural country, and more than half of the country's population live in rural areas. With the continuous development of society, people's living standards and requirements for indoor air quality are gradually improving. However, in the vast number of rural households, coal-fired boilers are still used for heating in winter. Due to the low combustion efficiency of domestic coal-fired boilers, a large amount of energy is wasted, and at the same time it also increases the pollution of the atmospheric environment. In the hot summer, air conditioners with mechanical refrigeration are widely used. Mechanical refrigeration consumes a lot of energy, so a large amount of electricity bills are generated, ...

AI Technical Summary

Problems solved by technology

However, in the majority of rural households, coal-fired boilers are still used for heating in winter. Due to the low combustion efficiency of domestic coal-fired boilers, a large amount of energy is wasted, and at the same time, it also increases the pollution of the atmospheric environment.

In the hot summer, air conditioners with mechanical refrigeration are widely used. Mechanical refrigeration consumes a lot of energy, so a large amount of electricity bills are generated, and the people can hardly bear the economic pressure brought about by it. The leakage of Freon will damage the atmospheric environment

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