上海风/光互补电动汽车充电微电网可行性研究

Feasibility Study on Shanghai Wind-PV Hybrid Micro Grid for Charging Electric Vehicle

上海全年风能和太阳能统计数据显示风能与太阳能具有很好的互补性。风能发电、太阳能光伏发电、电动汽车可形成独立微电网,互相弥补不足,实现对新能源发电的就地利用,避免两者接入大电网所产生的诸多问题。含电动车的风、光互补微电网系统不仅能够通过电动车作为储能系统来平衡微电网系统的不稳定性,同时电动汽车在独立微网中的充电利用可以真正做到绿色、环保、节能,大大减少交通行业对石油等矿物能源的需求和依赖。

Shanghai annual wind and solar statistics data show that wind power and solar power possess good complementarity. Wind energy power generation, solar energy photovoltaic power generation and electric vehicle can form an independent micro grid, which makes up for each other. Rea丨 izing renewable energy local utilization can avoid many problems from wind energy and solar energy accessing to power grid. Wind energy and solar energy hybrid micro grid system with electric vehicle can not only balance instability of micro grid with electric vehicle as energy storage system, but also electric vehicle charging utilization in independent micro grid achieve green, environment friendly, energy conservation to reduce demand and dependence on fossil fuels for transportation industry.