Temperature-controlled outerwear based on solar power generation

Abstract

The invention discloses temperature-controlled outerwear based on solar power generation. The outwear includes a garment body, and a graphene solar battery pack is laid on the outer surface of the garment body and includes a graphene surface electrode coating, a semiconductor silicon crystal coating and a graphene back electrode coating which are combined with one another from outside to inside insequence; the garment body is of an interlayer structure and includes an outer layer and an inner layer, a temperature control device is arranged in an interlayer and consists of a temperature sensor, a semiconductor chilling plate, a heating membrane and a control chip, and current output lines are leaded out from the graphene surface electrode coating and the graphene back electrode coating tobe connected with a power source input end of the temperature control device. According to the provided temperature-controlled outerwear, solar power generation is utilized to supply a power source tothe temperature control device, the temperature can be set according to demands, and a cooling function of the semiconductor chilling plate and a heating function of the heating membrane can be utilized to adjust the temperature to make the temperature of the garment body reach a set value. The outwear is cheap, practical and particularly suitable for outdoor workers.

Description

technical field [0001] The invention relates to a temperature-control coat, in particular to a temperature-control coat based on solar power generation. Background technique [0002] For construction workers, sanitation workers and some other outdoor workers, they must insist on working outdoors regardless of severe cold or heat. If there are no good measures to protect against cold and heat, it is easy to affect the health of the staff, thereby affecting work efficiency. The research and development of a temperature-control coat can effectively solve the problem of heat protection and cold protection. To achieve temperature control will inevitably involve power supply issues. Although there are many mobile power supplies on the market, the power of mobile power supplies is limited and it is inconvenient to carry. The temperature control coat provided by this design uses solar power to generate electricity, which belongs to clean energy. It can be worn directly and easily. ...

AI Technical Summary

Problems solved by technology

[0002] For construction workers, sanitation workers and some other outdoor workers, they must insist on working outdoors regardless of the severe cold or heat. If there are no good measures to protect against cold and heat, it is easy to affect the health of the staff and thus affect the work efficiency.

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