Heat absorption type overwintering sheep house

Abstract

The invention relates to the technical field of poultry breeding, in particular to a heat absorption type overwintering sheep house which comprises a sheep house body, a solar panel, a battery pack, a solar water heater, a heat storage system, a plurality of steam pipes, and a pair of guardrails. The heat storage system is arranged at the bottom of the sheep house body; the heat storage system comprises a heating base arranged at the bottom of the sheep house body; a steam cavity is formed in the heating base; the multiple steam pipes are arranged in the sheep house body at equal intervals in the length direction of the interior of the sheep house body; the two ends of each steam pipe are communicates with the interior of the heating base; each steam pipe is distributed along the inner contour of the section of the sheep house body; and the guardrails are symmetrically arranged on the two sides of the top of the heating base and used for preventing lambs from making contact with the steam pipes. According to the heat absorption type overwintering sheep house, the solar water heater is matched with a solar panel, and the heating base is additionally arranged, so that the temperature of the sheep house is increased in a temperature-adjustable mode, the temperature increasing capacity in the sheep house is improved, and the disease rate of sheep is reduced.

Description

technical field [0001] The invention relates to the technical field of poultry breeding, in particular to a heat-absorbing overwintering sheep house. Background technique [0002] The sheep house is a living space for the sheep raised by the user. The sheep house must be well ventilated, have a good heating effect, and have a good excretion effect in terms of removing excrement. [0003] Most of the sheep houses are affected by humidity and air quality. The temperature is low in winter and the sheep houses are cold. As a result, some sheep cannot resist the low temperature, consume feed and do not grow meat, have poor resistance, and some even freeze to death. Some sheep are seriously diseased, affecting In order to ensure the normal growth and survival of sheep, in cold seasons or in high-altitude mountainous areas, because the temperature is low, the existing sheep house will have insufficient heating and cause sheep diseases. In the existing technology, insulation of the ...

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Problems solved by technology

[0003] Most of the sheep houses are affected by humidity and air quality. The temperature is low in winter and the sheep houses are cold. As a result, some sheep cannot resist the low temperature, consume feed and do not grow meat, have poor resistance, and some even freeze to death. Some sheep are seriously diseased, affecting In order to ensure the normal growth and survival of sheep, in cold seasons or in high-altitude mountainous areas, because the temperature is low, the existing sheep house will have insufficient heating and cause sheep diseases. In the existing technology, insulation of the outer wall of the sheep house is adopted. However, in this way, the concrete floor is very cold, which causes some sheep to be seriously ill, which is not suitable for the growth of sheep, and seriously affects the growth of sheep. It is powered by solar panels, and then the electric energy generated by the solar panels is sent to the heating equipment, and the sheep house is heated through the heating equipment. Usually, this method will easily lead to insufficient power supply. If only the electric energy generated by the solar panels is used alone. For heating, the obtained electric energy will be fed soon, and the sheep house cannot be supplied with power all the time. Only when the solar panels store electricity to a certain extent can the heating continue, and thus the heating demand of the sheep house cannot be guaranteed. Therefore, we propose a Heat-absorbing wintering sheep house, in order to solve the problems raised above

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