Zero energy consumption sentry box with integrated enclosure structure of cold and heat sources

Abstract

The invention discloses a zero energy consumption sentry box with an integrated enclosure structure of cold and heat sources. The sentry box comprises an enclosure structure, an air conditioning system and solar energy equipment. The zero energy consumption sentry box with the integrated enclosure structure of cold and heat sources is characterized in that a non-transparent enclosure structure isan integrated enclosure structure of cold and heat sources; when heating in winter, the non-transparent enclosure structure is no longer a heat dissipation element, but an exothermic element, and theheat consumption of the external wall is not required to be calculated when the heat load of the sentry box is calculated, when refrigerating in summer, the non-transparent enclosure structure is no longer an exothermic element, but an endothermic element, the heat transfer of the external wall is not required to be calculated when the heat load of the sentry box is calculated, and therefore, thecold and heat load of the sentry box is significantly lower than that of a traditional sentry box. Monocrystalline silicon solar power generation equipment is laid on the outer surface of the enclosure structure at the top of the outer portion of the sentry box, energy is provided for a compressor of the air-conditioning system, and zero energy consumption of the air-conditioning system is achieved. The structure design of the sentry box is reasonable and ingenious, the space of the sentry box is effectively saved, the zero energy consumption sentry box does not depend on the external power supply, and energy saving and environmental protection are achieved.

Description

technical field [0001] The invention relates to a cooling and heating sentry box, in particular to a zero-energy sentry box with an integrated enclosure structure of cold and heat sources powered by solar energy. Background technique [0002] Now sentry boxes usually use split-type air conditioners for cooling in summer and heating in winter. Generally, the indoor unit of the split-type air conditioner is placed inside the sentry box, and the outdoor unit is placed around the outside of the sentry box. Electricity, high energy consumption. [0003] For example, the application publication number is CN105716176A, which discloses an invention patent named "PV-based evaporative cooling air curtain air conditioner for outdoor sentry box", which includes a solar photovoltaic panel group attached to the outer surface of the outdoor sentry box, and is set in the outdoor sentry box. The air curtain forming unit is conveyed on the top and facing the outdoor sentry box and the evapor...

AI Technical Summary

Problems solved by technology

[0006] Although the existing sentry box air conditioner system disclosed above realizes the cooling of the outdoor sentry box, provides a comfortable working environment for the outdoor sentry box, and also has the characteristics of energy saving, environmental protection, economical and practical, but when using solar power to provide cooling and heating for the sentry box Sometimes, in the cooling season, due to the poor thermal insulation effect of the traditional sentry box structure, especially in the cold winter season in northern my country, the heating energy consumption is large, and solar power generation cannot meet the cooling demand, but the sentry box set up in remote or confidential places cannot Provide mains access, which leads to a poor working environment for the staff on duty in winter

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