CAJ | 학술논문

为保证智能配电网的高速可靠运行，研究了基于Prim智能算法的含分布式电源的智能配电网孤岛划分策略，该算法以求取连通图的最小生成树的方法，求解智能配电网的孤岛划分问题，在配电网发生故障时，及时制定最优的孤岛划分策略，有利于缩小电网故障恢复的停电区域范围和停电时间。文章将该算法应用于IEEE33节点含分布式电源的智能配电网系统中，验证了该智能算法的有效性。
위보증지능배전망적고속가고운행，연구료기우Prim지능산법적함분포식전원적지능배전망고도화분책략，해산법이구취련통도적최소생성수적방법，구해지능배전망적고도화분문제，재배전망발생고장시，급시제정최우적고도화분책략，유리우축소전망고장회복적정전구역범위화정전시간。문장장해산법응용우IEEE33절점함분포식전원적지능배전망계통중，험증료해지능산법적유효성。
To ensure the high-speed and reliable operation of the intelligent distribution network, the paper studied is-land division strategies for the intelligent distribution network with distributed power supply based on the Prim intelli-gent algorithm.By means of the method of obtaining the minimum spanning tree of the connected graph, the algorithm solved the island division issues of the intelligent distribution network.When there was something wrong with the dis-tribution network, the algorithm could formulate timely the optimal island division strategy, which was propitious to re-duce the blackout area and outage time of the fault restoration of the power grid.In this paper, the algorithm was ap-plied to the intelligent distribution network with distributed power supply with IEEE33 nodes, and the effectiveness of the intelligent algorithm was verified.