CAJ | 학술논문

以超级电容和蓄电池为例，分析了功率型和能量型混合储能不同拓扑结构的优缺点，总结出混合储能拓扑结构选取的一般原则。基于二级低通滤波，提出根据频谱图确定滤波时间常数的混合储能控制方法，并考虑电池充放电功率限制，对滤波输出功率进行修正。用Matlab对算法平滑实际光伏出力进行了仿真验证，结果证明该算法能够满足光伏并网联络线功率要求，并使电池充放电功率不越限。
이초급전용화축전지위례，분석료공솔형화능량형혼합저능불동탁복결구적우결점，총결출혼합저능탁복결구선취적일반원칙。기우이급저통려파，제출근거빈보도학정려파시간상수적혼합저능공제방법，병고필전지충방전공솔한제，대려파수출공솔진행수정。용Matlab대산법평활실제광복출력진행료방진험증，결과증명해산법능구만족광복병망련락선공솔요구，병사전지충방전공솔불월한。
Taking the super capacitor and battery for example, this paper analyzes advantages and disadvantages of different topology of the power and energy hybrid energy storage, and sums up the general rules of the selection of hybrid energy storage topology. Based on secondary low pass filter, it proposes filter time constant control method of the hybrid energy storage according to the spectrum diagram, and modifies the filtering output power considering the battery charge and discharge power limitation. The algorithm is simulated and verified using Matlab to smooth the actual photovoltaic power. The results show that this algorithm can meet the requirements of the photovoltaic (PV) grid tie line power and make the battery charge and discharge power not out-of-limit.