In recent years, the integrated development of new energy vehicles and optical storage and charging has received many policy supports at the national and local levels. The integration of "optical storage and charging", that is, the green charging mode of photovoltaic power generation + electric energy storage + vehicle charging and replacing, which is coordinated and supported by each other, is an excellent partner for the integrated development of green electricity and new energy vehicles and the realization of "zero-carbon travel".

The three form a micro-grid, which can maintain relatively independent operation, and ease the impact of charging piles on the regional power grid by making full use of photovoltaic new energy, which is one of the ideal solutions to solve the problem of fast charging of new energy electric vehicles and the imbalance between the development of charging piles and power stations. In addition, under the "dual carbon" goal, the integration of "light storage and charging" can establish a circular ecological chain of "utilization, storage and reuse" of clean energy, and help new energy electric vehicles move from "low carbon" to "zero carbon", playing a huge role in realizing the "dual carbon" goal and the transformation of the energy structure.

Advantages and characteristics

Power grid expansion: Realize the flexible capacity expansion of the power grid, delaying the actual power grid expansion investment.

Ac and direct complementarity: According to the load situation to achieve AC and DC collaborative complementarity, "self-use, residual power storage", alleviating the impact of charging pile electricity on the grid.

Improve the income: improve the photovoltaic self-use rate, increase the return on investment.

Peak cutting and valley filling: Peak cutting and valley filling, electricity price difference generates income.

Power dispatching: It can participate in the dispatching of the power grid and realize the basic unit functions of the smart grid.

Power grid stability: When the power grid is outage, the system can be used as an emergency backup power supply, independent from the power grid to supply power to the load, to ensure the safety of power supply.

"Optical storage and charging" integrated energy station

Through the distributed photovoltaic plant roof + "optical storage and charging" comprehensive energy station through the new energy vehicle optical storage and charging mode. The "light storage and charging" comprehensive energy station provides parking shading and clean energy charging and replacing for electric vehicles through BIPV design, photovoltaic modules, photovoltaic + energy storage + charging and replacing technology, etc. When the external power grid fails, the energy storage system can support emergency power supply. When the grid needs it, electric vehicles can provide energy to the outside, improving the stability of the regional grid. Effectively solve the energy sources of new energy vehicle charging stations, not only to achieve peak load and valley filling, but also to make up for the problems of solar power discontinuity, increase the consumption of new energy, provide logistical support for new energy vehicles, and truly realize green travel.