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In view of the construction requirements of “source network and load storage integration project” (hereinafter referred to as the integration project) in terms of scenery consumption rate and clean power consumption rate, this paper proposes the optimal configuration method of the integration project with the complementary characteristics of source and load. First, based on the time-sharing Copula function, the landscape combined output scene set is generated, and then the integrated project optimization configuration method is divided into three stages of landscape rated power ratio optimization, capacity configuration optimization, and load access position optimization. The reliability of the proposed solution in this article has been evaluated through practical examples.

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Optimize the Configuration of the “Source, Network, Load and Storage Integration Project” with the Source and Load Complementary Characteristics

  • 会议论文

  • 发表日期：

    2026年

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  • Peng Li,
  • Jialu Wu,
  • Long Tang,
  • Ke Liu,
  • Zhaoqiang Su

摘要

In view of the construction requirements of “source network and load storage integration project” (hereinafter referred to as the integration project) in terms of scenery consumption rate and clean power consumption rate, this paper proposes the optimal configuration method of the integration project with the complementary characteristics of source and load. First, based on the time-sharing Copula function, the landscape combined output scene set is generated, and then the integrated project optimization configuration method is divided into three stages of landscape rated power ratio optimization, capacity configuration optimization, and load access position optimization. The reliability of the proposed solution in this article has been evaluated through practical examples.