蓄能调峰风力发电充换电栓制造技术

2011年我国弃风限电现象严重，多达584个风电场平均弃风率达15％，直接经济损失近百亿元。专家指出：风电稳定性、可控性差，对电网而言是劣质能源，给电网平稳运行带来难题，不得不弃风。因此，要做大做强风电市场，必需要切实转变风电发展方式。蓄能调峰风力发电充换电栓，它可十分方便地就地消纳风电，解决风电的并网问题，它通过风车螺旋桨[2]和与之相连的发电机[1]产生电能，再通过送电与蓄能调峰转换控制器[3]、交直流电转换器[4]、蓄电池[6]，在用电低谷期起作调峰蓄能作用，增压输出充电器[5]和软线插头，为电动车直接充电。市场空间巨大，是最佳风能利用装置，达到有效利用风能，降低风电成本的目的。

Energy storage peaking wind power generation charging switch

In 2011, the phenomenon of power rationing was serious in China. As many as 584 wind farms, the average rate of abandoned air was 15%, and the direct economic losses were close to tens of billions of yuan. Experts pointed out that: wind power stability, controllability is poor, for the power grid is inferior energy, to the smooth operation of the grid brings problems, have to abandon the wind. Therefore, it is necessary to change the mode of wind power development in order to become a strong wind power market. Peak wind power charging plug storage, it can be very convenient to local consumption of wind power grid, solve the problem of wind power, it through the [2] and [1] propeller windmill generator connected to generate electricity, then through the transmission and load conversion controller [3], AC / DC power converter [4], [6] battery energy storage. For storage in the electricity peak trough, boosting output [5] and charger cord plug for electric vehicle charging directly. The market space is huge, and it is the best wind energy utilization device, so as to achieve the purpose of using wind energy effectively and reducing the cost of wind power.

【技术实现步骤摘要】

【技术保护点】
蓄能调峰风力发电充换电栓包括风力发电系统、蓄能调峰系统和充换电系统；风力发电系统包括风车螺旋桨和与之相连的发电机，将风能转换成电能；蓄能调峰系统包括送电与蓄能调峰转换控制器、交直流电转换器、蓄电池和蓄电池仓，将电能转换成化学能；送电与蓄能调峰转换控制器包括一端与送电网相连接，另一端与蓄电池相连的交直流电转换器相连接，在用电高峰期送电，用电低谷期蓄能；充换电系统包括增压输出充电器和软线插头，将化学能转换成直流电能，为电动车直接充电，或直接更换电池，就地消纳风电，其特征在于：所述送电与蓄能调峰转换控制器包括一端与送电网相连接，另一端与蓄电池相连的交直流电转换器相连接。

【技术特征摘要】

【专利技术属性】
技术研发人员：王晓川，
申请(专利权)人：王晓川，
类型：发明
国别省市：