Optimal Dispatch of Distribution Network with Integrated Photovoltaic Storage Power Station Considering Harmonic Control

[Objective] The flexibility of the power control of grid-connected inverters in integrated photovoltaic storage power stations makes them a good resource for participating in distribution network harmonic control. [Methods] This study proposes a two-layer optimization model for a distribution networ...

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Vydáno v:Dianli jianshe Ročník 46; číslo 5; s. 112 - 122
Hlavní autor: ZHONG Hao, ZHANG Yonghao, ZOU Xianqiu, WANG Qiujie, LIU Haoyu, WANG Xinghuo
Médium: Journal Article
Jazyk:čínština
Vydáno: Editorial Department of Electric Power Construction 01.05.2025
Témata:
integrated photovoltaic storage power station|harmonic control|harmonic compensation price|multi-functional grid-connected inverter|power quality
ISSN:1000-7229
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Abstract [Objective] The flexibility of the power control of grid-connected inverters in integrated photovoltaic storage power stations makes them a good resource for participating in distribution network harmonic control. [Methods] This study proposes a two-layer optimization model for a distribution network with an integrated photovoltaic storage power station considering harmonic control. The upper layer establishes the optimization model of the distribution network and integrated photovoltaic storage power station. The distribution network sets the harmonic compensation price to maximize revenue， thus guiding the integrated photovoltaic storage power station to optimize the multi-functional grid-connected inverter active grid-connected and harmonic control capacity. The lower layer establishes the optimization model of the distribution network and the demand user and the demand user according to the electricity price and the cost of electricity use of different harmonic control levels before developing a power pur
AbstractList [Objective] The flexibility of the power control of grid-connected inverters in integrated photovoltaic storage power stations makes them a good resource for participating in distribution network harmonic control. [Methods] This study proposes a two-layer optimization model for a distribution network with an integrated photovoltaic storage power station considering harmonic control. The upper layer establishes the optimization model of the distribution network and integrated photovoltaic storage power station. The distribution network sets the harmonic compensation price to maximize revenue， thus guiding the integrated photovoltaic storage power station to optimize the multi-functional grid-connected inverter active grid-connected and harmonic control capacity. The lower layer establishes the optimization model of the distribution network and the demand user and the demand user according to the electricity price and the cost of electricity use of different harmonic control levels before developing a power pur
Author ZHONG Hao, ZHANG Yonghao, ZOU Xianqiu, WANG Qiujie, LIU Haoyu, WANG Xinghuo
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  fullname: ZHONG Hao, ZHANG Yonghao, ZOU Xianqiu, WANG Qiujie, LIU Haoyu, WANG Xinghuo
  organization: 1. Hubei Provincial Key Laboratory for Operation and Control of Cascaded Hydro-power Station， China Three Gorges University， Yichang 443002， Hubei Province， China;2. College of Electrical Engineering & New Energy， China Three Gorges University， Yichang 443002， Hubei Province， China;3. Loudi Power Supply Company， State Grid Hunan Electric Power Co.， Ltd.， Loudi 417000， Hunan Province， China
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Snippet [Objective] The flexibility of the power control of grid-connected inverters in integrated photovoltaic storage power stations makes them a good resource for...
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SubjectTerms integrated photovoltaic storage power station|harmonic control|harmonic compensation price|multi-functional grid-connected inverter|power quality
Title Optimal Dispatch of Distribution Network with Integrated Photovoltaic Storage Power Station Considering Harmonic Control
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