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山东理工大学电气与电子工程学院,山东省淄博市 255000
Received:27 September 2024,
Revised:2025-01-15,
Published Online:27 March 2025,
Published:25 June 2025
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靳先涛,肖传亮,彭克等.基于分散复杂自适应体系的配电网功率自平衡优化控制[J].电力系统自动化,2025,49(12):101-109.
JIN Xiantao,XIAO Chuanliang,PENG Ke,et al.Optimal Control of Power Self-balancing for Distribution Network Based on Decentralized Complex Adaptive System of Systems[J].Automation of Electric Power Systems,2025,49(12):101-109.
靳先涛,肖传亮,彭克等.基于分散复杂自适应体系的配电网功率自平衡优化控制[J].电力系统自动化,2025,49(12):101-109. DOI: 10.7500/AEPS20240927008.
JIN Xiantao,XIAO Chuanliang,PENG Ke,et al.Optimal Control of Power Self-balancing for Distribution Network Based on Decentralized Complex Adaptive System of Systems[J].Automation of Electric Power Systems,2025,49(12):101-109. DOI: 10.7500/AEPS20240927008.
针对含大规模分布式电源的配电网电压越限问题,文中提出了基于分散复杂自适应体系(DCASoS)的配电网多利益主体功率自平衡优化控制策略。首先,基于DCASoS理论构建了包含利益主体聚合层、利益主体优化控制层与涌现利益分配层的配电网多利益主体功率自平衡优化控制架构。然后,在利益主体聚合层,提出了计及利益主体独立性、归属性以及可联性的配电网多利益主体聚合方法;在独立优化控制层,针对利益主体构建计及分布式电源有功、无功调节的独立电压优化控制模型,以此实现各利益主体内电压控制的功率自平衡;在协调优化控制层,基于链接矩阵构建多利益主体协调优化模型,以此实现多利益主体在功率自平衡控制过程中的协调配合,获得涌现利益;在涌现利益分配层,基于利益主体的贡献度构建涌现利益分配模型,以此实现对涌现利益的公平分配。最后,以中国浙江省某10 kV实际馈线系统为例,验证了所提方法的有效性。
Addressing the problem of voltage limit violation in distribution networks with large-scale distributed generators
this paper proposes a power self-balancing optimal control strategy for distribution networks with multi-stakeholders based on the decentralized complex adaptive system of systems (DCASoS). First
a power self-balancing optimal control architecture for distribution networks with multi-stakeholders is constructed
which incorporates a multi-stakeholder aggregation layer
a stakeholder optimization and control layer
and an emergent benefit distribution layer. Then
in the stakeholder aggregation layer
a multi-stakeholder aggregation method for distribution networks is proposed
taking into account stakeholder independence
affiliation
and connectivity. In the independent optimization and control layer
an independent voltage optimization control model is established for stakeholders
considering the active and reactive power regulation of distributed generators
to achieve power self-balancing of the voltage control within each stakeholder. In the coordinated optimization and control layer
a multi-stakeholder coordinated optimization model is developed based on a linkage matrix to enable coordinated cooperation among multiple stakeholders during the power self-balancing control process
thereby obtaining emergent benefits. In the emergent benefit distribution layer
an emergent benefit distribution model is constructed based on the stakeholders’ contributions to ensure fair distribution of the emergent benefits. Finally
the effectiveness of the proposed method is verified using an actual 10 kV feeder system in Zhejiang Province
China.
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