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With a large number of distributed PV access, the traditional rural pure-load stations have become “Power”-type stations, adding new energy storage, flexible and direct interconnection devices have formed a rural micro-network. In order to solve the problems of power flow over-limit and voltage over-high, a micro-grid autonomous APP architecture is designed in this paper. Secondly, a rural model including 380 V PV, new type of energy storage, flexible direct-connect device and charging pile was established with the minimum carbon emission and network loss as optimization objectives, the model is solved by multi-objective grey wolf optimization algorithm, and the micro-grid autonomous APP software is successfully applied to realize the optimization of rural micro-grid operation mode and the spatial-temporal complementarity of low-voltage distributed PV power.

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Research on Distributed Photovoltaic Station Level Consumption Strategy Considering Carbon Emissions

  • 会议论文

  • 发表日期：

    2025年

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  • Zhuang Hou,
  • Jinhu Zhang,
  • Dashuai Tan,
  • Shuai Wang,
  • Rui Ding

摘要

With a large number of distributed PV access, the traditional rural pure-load stations have become “Power”-type stations, adding new energy storage, flexible and direct interconnection devices have formed a rural micro-network. In order to solve the problems of power flow over-limit and voltage over-high, a micro-grid autonomous APP architecture is designed in this paper. Secondly, a rural model including 380 V PV, new type of energy storage, flexible direct-connect device and charging pile was established with the minimum carbon emission and network loss as optimization objectives, the model is solved by multi-objective grey wolf optimization algorithm, and the micro-grid autonomous APP software is successfully applied to realize the optimization of rural micro-grid operation mode and the spatial-temporal complementarity of low-voltage distributed PV power.