广东电力
廣東電力
엄동전력
GUANGDONG ELECTRIC POWER
2015年
4期
72-75
,共4页
电力系统恢复%网架重构%节点重要度%最小生成树%最优恢复路径
電力繫統恢複%網架重構%節點重要度%最小生成樹%最優恢複路徑
전력계통회복%망가중구%절점중요도%최소생성수%최우회복로경
power system recovery%network reconfiguration%node importance%minimum spanning tree%optimal recovery path
从图论的角度提出一种局部电网停电后失电网络的网架重构方案。根据赋权失电网络的节点凝聚程度计算节点重要度，利用最小生成树法对失电区域的重要枢纽节点、重要负荷节点以及重要发电厂节点进行关键路径的找寻，并通过潮流计算优化其路径的潮流平衡性，得出在网架重构阶段中需要优先恢复的最短路径。以IEEE 30节点系统为算例进行验证，结果表明所提方案简单、有效。
從圖論的角度提齣一種跼部電網停電後失電網絡的網架重構方案。根據賦權失電網絡的節點凝聚程度計算節點重要度，利用最小生成樹法對失電區域的重要樞紐節點、重要負荷節點以及重要髮電廠節點進行關鍵路徑的找尋，併通過潮流計算優化其路徑的潮流平衡性，得齣在網架重構階段中需要優先恢複的最短路徑。以IEEE 30節點繫統為算例進行驗證，結果錶明所提方案簡單、有效。
종도론적각도제출일충국부전망정전후실전망락적망가중구방안。근거부권실전망락적절점응취정도계산절점중요도，이용최소생성수법대실전구역적중요추뉴절점、중요부하절점이급중요발전엄절점진행관건로경적조심，병통과조류계산우화기로경적조류평형성，득출재망가중구계단중수요우선회복적최단로경。이IEEE 30절점계통위산례진행험증，결과표명소제방안간단、유효。
From angle of graph theory,a kind of network reconfiguration scheme for power-lossing network after power-cut of partial power grid was proposed. Node importance was calculated according to cohesion degree of the node of weighted power-lossing network and seeking for the key paths of important hub node,important load node and important power plant node in the power-lossing region was carried out by using minimum spanning tree method. By means of flow calculation,the flow balance of the paths was optimized and the shortest path for optimal recovery in the stage of network reconfiguration was obtained. IEEE 30 node system was used for verification. The result indicate that the proposed scheme is simple and ef-fective.
