CAJ | 학술논문

为了提高配电网的供电可靠性和经济性，从优化其网络结构和连通性的角度，构建了基于最短路径多场景、多目标的抗毁性优化模型。针对正常运行和各种单一故障后场景，分别以抗毁性强和不切负荷或切负荷最小为目标，通过支路交换法寻优，找到各场景下已建成配电网抗毁性最高的网络拓扑结构，为中压配电网网络结构的优化提出了新的研究思路。基于 IEEE 33节点配电网测试系统近似网络算例的优化结果表明了研究方法的合理性和实用性。
위료제고배전망적공전가고성화경제성，종우화기망락결구화련통성적각도，구건료기우최단로경다장경、다목표적항훼성우화모형。침대정상운행화각충단일고장후장경，분별이항훼성강화불절부하혹절부하최소위목표，통과지로교환법심우，조도각장경하이건성배전망항훼성최고적망락탁복결구，위중압배전망망락결구적우화제출료신적연구사로。기우 IEEE 33절점배전망측시계통근사망락산례적우화결과표명료연구방법적합이성화실용성。
To improve the power distribution reliability and economy of distribution network,the multi-scenario and multi-objective survivability optimization model based on the shortest possible path is created from the perspective of optimizing its network structure and connectivity.For the scenarios of normal operation and all single post-failure scenarios,with minimum transmission loss and none or least load-shedding respectively as the objective,the topology with the best survivability of distribution network that has ever been built is found using the branch-exchange algorithm for optimization.A new research approach is put forward for the topological optimization of the medium voltage distribution network.The optimal results based on the approximate IEEE 33-bus distribution network test system indicate the rationality and practicality of the proposed method.