CAJ | 학술논문

为应对大规模光伏发电并网运行对电网电压水平的诸多不利影响，对传统的三级无功电压控制进行分析，基于电网无功电压分层分区平衡特点和复杂控制系统的分级递阶控制原理，提出利用多种无功源协调控制技术来解决因光伏发电引起的电网电压波动的方法。分析结果表明：建立光伏发电与传统无功源的协调机制，是维持合大规模光伏发电电网电压水平的可行性较强的技术方式。
위응대대규모광복발전병망운행대전망전압수평적제다불리영향，대전통적삼급무공전압공제진행분석，기우전망무공전압분층분구평형특점화복잡공제계통적분급체계공제원리，제출이용다충무공원협조공제기술래해결인광복발전인기적전망전압파동적방법。분석결과표명：건립광복발전여전통무공원적협조궤제，시유지합대규모광복발전전망전압수평적가행성교강적기술방식。
Aiming at the bad influence of.the solar photovoltaic generation, analyzes the traditional three-level reactive voltage automatic control mode, bases on the peculiarity of power grid reactive voltage balance control according to layer and area and the control theory of classification-hierarchical increasing control for complex control system, puts forward the method of using many reactive power source harmony control technique to solve the power grid voltage fluctuate by the solar photovohaic generation. The analysis result shows that: to establish the harmonious mechanism of solar photovoltaic generation and the traditional reactive power source is the technique mode with strong feasibility for keeping the voltage level of power grid including on a large scale solar photovoltaic generation station.