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首页> 外文会议>2015 5th International Conference on Electric Utility Deregulation and Restructuring and Power Technologies >Optimal operation of complicated distribution networks
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Optimal operation of complicated distribution networks

机译：复杂配电网的优化运行

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摘要

Economic operation of complicated distribution network is an important problem. A bilevel optimal operation model of complicated distribution networks with microgrids integration is built. In the model, the day-ahead optimal operation of complicated distribution networks is on the upper-level and the optimal operation of the microgrid is on the lower-level. Electricity exchange price constraints are considered in this model. Further, in order to overcome negative influences brought by the volatility of renewable distributed generators, electric vehicles are adopted to balance the volatility. The proposed bilevel optimal operation model is solved by particles swarm optimization based on bilevel iterative algorithm (BIA-PSO). The demonstration is performed on a modified IEEE 33-node radial distribution network with microgrid integration.
机译：复杂的配电网的经济运行是一个重要问题。建立了具有微电网集成的复杂配电网络的双层最优运行模型。在该模型中，复杂配电网络的日前最佳运行在较高级别，而微电网的最佳运行在较低级别。该模型考虑了电价限制。此外，为了克服可再生分布式发电机的波动性带来的负面影响，采用电动车辆来平衡波动性。通过基于双层迭代算法（BIA-PSO）的粒子群算法对提出的双层最优运行模型进行求解。该演示是在经过修改的具有微电网集成的IEEE 33节点径向分布网络上进行的。

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