Solar constant temperature system for automobile

Abstract

The invention relates to a solar constant temperature system for an automobile, comprising a solar cell panel, a thermoelectric cooler, a single-pole switch and a bilateral switch. The solar cell panel is arranged on the roof of the automobile and is convenient for absorbing solar energy; the middle shift of the bilateral switch is an off state, and the two ends of the bilateral switch are respectively the `cooling` shift and the `heating` shift; in summer, the bilateral switch is switched to the `cooling` shift, the single-pole switch is disconnected, the thermoelectric cooler works, and the temperature inside the automobile drops rapidly; and in winter, the bilateral switch is switched to the `heating` shift, the single-pole switch is connected, the thermoelectric cooler stops working, and the temperature inside the automobile rises rapidly. The solar constant temperature system for the automobile has the advantages of convenience in control and use, high safety, energy conservation and environmental protection, and the like.

Description

technical field [0001] The invention relates to a constant temperature system, in particular to a solar energy constant temperature system for an automobile. Background technique [0002] With the improvement of people's material living standards, cars have become more and more popular. Along with the sharp increase of car ownership, parking spaces seem more and more tense, especially underground parking spaces are all the more so. People can only park their cars in the open air, which will encounter two extreme problems: one is in summer, if the car is turned on again after parking, the temperature inside the car can reach 50 or 60 degrees, and people feel like a roasting steamer when they first enter. If you can't stand it, you can only turn on the cooling air conditioner to cool down; if you turn it on after parking in winter, the temperature inside the car is too low, so you can only turn on the heating air conditioner to heat up. Both cases are relatively wasteful of ...

AI Technical Summary

Problems solved by technology

People can only park their cars in the open air, which will encounter two extreme problems: one is in summer, if the car is turned on again after parking, the temperature inside the car can reach 50 or 60 degrees, and people feel like a roasting steamer when they first enter. If you can't stand it, you can only turn on the cooling air conditioner to cool down; if you turn it on after parking in winter, the temperature inside the car is too low, so you can only turn on the heating air conditioner to heat up

Both cases are a waste of resources

It is very necessary to design a solar thermostat system for a car, especially a system that can quickly adjust the temperature when the car is turned on, and can save energy and cost, but there is no similar product or technology on the market so far

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