CAJ | 학술논문

结合工程实践，建立了网省地全局电网闭环控制仿真系统。介绍该仿真系统的数据流程及功能框图，使用单断面仿真和连续断面仿真两种方式模拟了无控制、独立控制、协调控制等不同控制条件下的电网运行状态变化，研究分析不同的控制条件对系统网损、电压稳定裕度、联络关口无功等指标的影响。仿真结果表明：通过对各级自动电压控制系统控制目标和控制行为的协同，可有效避免控制振荡，消除网间不合理的无功流动。
결합공정실천，건립료망성지전국전망폐배공제방진계통。개소해방진계통적수거류정급공능광도，사용단단면방진화련속단면방진량충방식모의료무공제、독립공제、협조공제등불동공제조건하적전망운행상태변화，연구분석불동적공제조건대계통망손、전압은정유도、련락관구무공등지표적영향。방진결과표명：통과대각급자동전압공제계통공제목표화공제행위적협동，가유효피면공제진탕，소제망간불합리적무공류동。
Combining with engineering practice, this paper develops the closed-loop control simulation system. The data flow and functional diagram of simulation system are introduced. The single section simulation method and continuous section simulation method are used to simulate the running state of power system, with three different control conditions, including no control, independent control and coordinated control. By the contrast analysis, this paper researches the influence of control condition to system loss, voltage stability margin and tie line reactive power. The simulation results indicate that the coordination among multi-level hierarchical control systems can effectively avoid the control oscillation and reduce the irrational reactive power flow between the higher power system and the lower power system.