Consistent Economic Control of Distribution Network Considering Event Triggered and Dynamic Weight Updating

Yang Liu, Lisheng Li, Y. Xiong, Weichen Yang, Mingyang Li, Guoqiang Su, S. Miao
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Abstract

This paper proposes a distributed control strategy based on consistency principle to realize the autonomous economic control of DC distribution network. We first utilize dynamic weight updating method to realize the "plug and play" for DGs. Then we construct the consistent control protocol for distribution network, in which the secondary adjustment of incremental cost and voltage is introduced into the traditional droop control strategy for DG to realize the autonomous and economic control for distribution network, as well as maintaining the stability of the system; in the meantime, by introducing the event triggered mechanism into the consistency control protocol, the number of unnecessary communication in the system is reduced, thus reducing the communication cost between DGs and improving the stability of communication system. Finally, the simulation results based on the distribution network model verify the effectiveness of the proposed method.
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考虑事件触发和权值动态更新的配电网一致性经济控制
为了实现直流配电网的自主经济控制,提出了一种基于一致性原则的分布式控制策略。我们首先利用动态权值更新的方法实现了dg的“即插即用”。在此基础上,构建了配电网的一致性控制协议,将增量成本和电压的二次调节引入到传统的DG下垂控制策略中,实现了配电网的自主经济控制,并保持了系统的稳定性;同时,通过在一致性控制协议中引入事件触发机制,减少了系统中不必要的通信次数,从而降低了dg之间的通信成本,提高了通信系统的稳定性。最后,基于配电网模型的仿真结果验证了所提方法的有效性。
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