Novel on-board photovoltaic power generation application system

Abstract

The invention discloses a novel on-board photovoltaic power generation application system, which comprises a solar photovoltaic panel arranged on a car roof, and a master controller of the system, wherein output of the solar photovoltaic panel is sequentially connected with a DC chopper converter, a storage battery pack and a rectifier; the master controller adopts a maximum power point tracking controller and the DC chopper converter to track a maximum power point of the solar photovoltaic panel through collecting output voltage and current of the solar photovoltaic panel; and the master controller also manages charging and discharging of the storage battery pack through collecting and calculating remaining capacity information of the storage battery pack. The novel on-board photovoltaic power generation application system utilizes solar energy to generate electricity and is clean and free of pollution; energy is saved; the problem of power supply inconvenience on a mobile bus and the problem of power supply for a bus air conditioner are solved; a good ride environment is provided for a passenger; furthermore, mobile phone charging service is provided and the solar energy is fully utilized, so that the problem that a mobile phone is difficult to charge when the passenger is on the bus is solved; and economic benefits are created.

Description

technical field [0001] The invention relates to vehicle energy, in particular to a novel vehicle-mounted photovoltaic power generation application system. Background technique [0002] Large passenger cars and buses play an important role in urban passenger transport, and now these vehicles are mainly divided into fuel vehicles and electric vehicles. Vehicle-mounted air conditioners provide passengers with a comfortable environment. However, vehicle-mounted air-conditioning systems greatly increase the operating costs of fuel vehicles, increase the amount of fuel burned, consume energy, and cause air pollution. In addition, for electric vehicles, [0003] The cruising range is inherently a difficulty, and the on-board air-conditioning system requires power consumption, which shortens the cruising range of electric vehicles. [0004] In addition, mobile phones have become a must-have item for people. However, the large screen and high frequency of use make the power of mobil...

AI Technical Summary

Problems solved by technology

Vehicle-mounted air conditioners provide passengers with a comfortable environment. However, vehicle-mounted air-conditioning systems greatly increase the operating costs of fuel vehicles, increase the amount of fuel burned, consume energy, and cause air pollution. In addition, for electric vehicles,

[0003] The cruising range is inherently a difficulty, and the on-board air-conditioning system consumes power, which shortens the cruising range of electric vehicles.

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