CAJ | 학술논문

提出一种考虑系统静态电压稳定约束计算可用输电能力（Available Transfer Capability,ATC）的新方法。首先,构建考虑系统电压稳定约束（Voltage Stability Constraint,VSC）的最优潮流（Opti-mal Power Flow,OPF）模型,即基于VSC-OPF的ATC计算模型;然后,研究负荷增长因子变化对系统区域间ATC值的影响,并借助于内点法对优化模型进行求解,根据解轨迹上所取的系统运行点到电压崩溃点的距离,可求得不同电压稳定裕度所对应的ATC值;最后以IEEE-30节点3区系统的仿真分析验证了所建模型和方法的合理性和有效性。
제출일충고필계통정태전압은정약속계산가용수전능력（Available Transfer Capability,ATC）적신방법。수선,구건고필계통전압은정약속（Voltage Stability Constraint,VSC）적최우조류（Opti-mal Power Flow,OPF）모형,즉기우VSC-OPF적ATC계산모형;연후,연구부하증장인자변화대계통구역간ATC치적영향,병차조우내점법대우화모형진행구해,근거해궤적상소취적계통운행점도전압붕궤점적거리,가구득불동전압은정유도소대응적ATC치;최후이IEEE-30절점3구계통적방진분석험증료소건모형화방법적합이성화유효성。
This paper proposes a novel and practical method for Available Transfer Capability（ATC） calculation in consideration of voltage stability constraint（VSC）.Firstly,ATC calculation model is constructed by enforce a voltage stability constraint（VSC） in an Optimal Power Flow（OPF） model.Then,With interior point method to solve VSC-OPF model,ATC values corresponding to different？system load growth factors can be calculated.According to distance from the operating point to voltage collapse point on the solution trajectory of the system,the ATC value corresponding to different voltage stability margin can be calculated.Finally,simulation and analysis on IEEE-30 bus 3-area system validate the efficiency and rationality of the proposed method.