System for charging and battery swapping of new energy vehicle through wind-light-electricity energy storage

Abstract

The invention provides a system for charging and swapping a new energy vehicle through wind-light-electricity energy storage. The system comprises a solar cell panel assembly, a small wind generating set, a large wind generating set, a large lithium battery power storage assembly, a new energy vehicle three-dimensional battery pack charging area, a new energy vehicle charging area, a rectifier set, a boosting device set and a power conversion assembly. The method has the beneficial effects that on the basis of more fully utilizing clean energy, the generated electric power can be applied to two modes of rapid battery replacement and rapid battery charging of the new energy vehicle, the generated electric energy can be smoothly and complementarily utilized to the maximum extent, electric quantity waste cannot be caused, and the energy consumption is reduced. According to the method, the energy-saving and sustainable development requirements of new energy vehicles are greatly met, namely, rapid charging and rapid battery replacement are achieved, the endurance range is wider, the environment can be protected to a great extent, the carbon emission can be reduced to a great extent, and the concept that carbon reaches the peak and is neutralized is met.

Description

technical field [0001] The invention relates to the field of new energy, in particular to a wind power storage system for charging and replacing new energy vehicles. Background technique [0002] The power station is one of the emerging cycle products in recent years. The existing replacement stations for new energy vehicles are basically directly powered by the mains, which directly charge the weak battery through voltage stabilization and transformation, and then give the fully charged battery to the incoming vehicle to complete the charging and replacement process. This working condition is highly dependent on municipal electricity. From the perspective of green cleaning, there is no requirement to fundamentally realize clean, green and low-carbon functions. [0003] In addition, substations that rely on municipal electricity are located in remote areas or suburbs where the density of urban layout is much higher than that of power resources, which hinders the comprehensi...

AI Technical Summary

Problems solved by technology

This working condition is highly dependent on municipal electricity. From the perspective of green cleaning, there is no fundamental requirement to realize clean, green and low-carbon functions

[0003] In addition, substations that rely on municipal electricity are located in remote areas or suburbs where the density of urban layout is much higher than that of power resources, which hinders the comprehensive popularization of new energy vehicles and the update and development of key technologies.

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