电网技术
電網技術
전망기술
POWER SYSTEM TECHNOLOGY
2013年
9期
2515-2520
,共6页
唐永红%徐琳%范宏%丁会凯
唐永紅%徐琳%範宏%丁會凱
당영홍%서림%범굉%정회개
电力系统%实时仿真%地区电网AVC系统%检测平台%检测方法
電力繫統%實時倣真%地區電網AVC繫統%檢測平檯%檢測方法
전력계통%실시방진%지구전망AVC계통%검측평태%검측방법
power system%real time simulation%AVC system of regional power grid%detection platform%detection method
提出一种基于实时仿真系统的地区电网自动电压控制(automatic voltage control ,AVC)系统闭环检测方法。基于该方法建立了地区电网AVC系统检测平台,该平台由实时仿真系统、中间数据转换接口装置、地区电网 AVC 系统3部分组成。在实时仿真系统中构建的系统模型包含系统平台模型和中央控制系统模型,通过中间数据转换接口装置将实时仿真系统的模拟量和开关量转换后传给地区电网AVC系统,由AVC系统计算得到控制策略后再通过中间数据转换装置回传到实时仿真系统。该闭环检测平台解决了地区电网AVC系统在现场测试的难题,实现了地区电网AVC系统在试验室检测的目标。
提齣一種基于實時倣真繫統的地區電網自動電壓控製(automatic voltage control ,AVC)繫統閉環檢測方法。基于該方法建立瞭地區電網AVC繫統檢測平檯,該平檯由實時倣真繫統、中間數據轉換接口裝置、地區電網 AVC 繫統3部分組成。在實時倣真繫統中構建的繫統模型包含繫統平檯模型和中央控製繫統模型,通過中間數據轉換接口裝置將實時倣真繫統的模擬量和開關量轉換後傳給地區電網AVC繫統,由AVC繫統計算得到控製策略後再通過中間數據轉換裝置迴傳到實時倣真繫統。該閉環檢測平檯解決瞭地區電網AVC繫統在現場測試的難題,實現瞭地區電網AVC繫統在試驗室檢測的目標。
제출일충기우실시방진계통적지구전망자동전압공제(automatic voltage control ,AVC)계통폐배검측방법。기우해방법건립료지구전망AVC계통검측평태,해평태유실시방진계통、중간수거전환접구장치、지구전망 AVC 계통3부분조성。재실시방진계통중구건적계통모형포함계통평태모형화중앙공제계통모형,통과중간수거전환접구장치장실시방진계통적모의량화개관량전환후전급지구전망AVC계통,유AVC계통계산득도공제책략후재통과중간수거전환장치회전도실시방진계통。해폐배검측평태해결료지구전망AVC계통재현장측시적난제,실현료지구전망AVC계통재시험실검측적목표。
A novel real-time simulation based closed-loop detection method for automatic voltage control (AVC) system of regional power grid is proposed. Based on the proposed method a detection platform for the AVC system, which is composed of real-time simulation system, intermediate data conversion interfaces and AVC system, is built. The system model constructed in the real-time simulation system contains system platform model and central control system model, and transformed by intermediate data conversion interfaces the AVC system, the analog quantity and switching values of real-time simulation system are transmitted to the AVC system, and through the computation of AVC system the obtained control strategy is transmitted back to real-time simulation system via intermediate data conversion interfaces. The proposed closed-loop detection platform provides a solution to the field-testing for AVC system of regional power grid, and the objective of detecting AVC system of regional power grid in labor is realized.