CAJ | 학술논문

针对风力发电并网的出力波动特点，提出了一种基于一阶低通滤波算法的储能系统容量配置方法。该方法首先通过对滤波时间常数寻优，继而利用储能系统充放电功率累加计算电池的最大容量。最后的仿真分析利用实际的示范风场运行历史数据进行储能配置容量的计算，结果验证了研究的可行性和有效性。
침대풍력발전병망적출력파동특점，제출료일충기우일계저통려파산법적저능계통용량배치방법。해방법수선통과대려파시간상수심우，계이이용저능계통충방전공솔루가계산전지적최대용량。최후적방진분석이용실제적시범풍장운행역사수거진행저능배치용량적계산，결과험증료연구적가행성화유효성。
For the lfuctuation of the wind farm power output, this paper presents an energy storage system capacity conifguration method based on ifrst order low pass iflter algorithm. The process is to ifnd the best iflter time constant and get the largest capacity of battery through the energy storage system charge-discharge power accumulation. The last simulation uses historicaldata of actual wind farm to calculate battery capacity of energystorage system, the results show the feasibility and effectiveness of this research.