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Under the background of China's dual-carbon strategy, the concept of “Resource-saving, Environment- friendly and Industrialized” substations is of great significance in the current construction of substations. By combining the characteristics of Chongqing as a mountainous city and its climate and environmental conditions, this paper proposes the evaluation principles and index system for substations based on the whole-process green and low-carbon approach. Using the analytic hierarchy process, 8 first-level indicators were constructed at the criterion layer and 44 second-level indicators were constructed at the index layer. Referencing similar evaluation systems, the weight values of the hierarchical and classified evaluation indicators are determined. This can provide a basis for the green and low-carbon evaluation of the whole process of substation planning, design, construction, delivery, and operation management in the urban core areas.

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Research on the Whole Process Evaluation for Green Substations in the Chongqing City Core Area

  • 会议论文

  • 发表日期：

    2025年

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  • Xiaoping Yu,
  • Teng Lei,
  • Hong Su,
  • Wenjing Li,
  • Rui Tan,
  • Hongyuan Jia

摘要

Under the background of China's dual-carbon strategy, the concept of “Resource-saving, Environment- friendly and Industrialized” substations is of great significance in the current construction of substations. By combining the characteristics of Chongqing as a mountainous city and its climate and environmental conditions, this paper proposes the evaluation principles and index system for substations based on the whole-process green and low-carbon approach. Using the analytic hierarchy process, 8 first-level indicators were constructed at the criterion layer and 44 second-level indicators were constructed at the index layer. Referencing similar evaluation systems, the weight values of the hierarchical and classified evaluation indicators are determined. This can provide a basis for the green and low-carbon evaluation of the whole process of substation planning, design, construction, delivery, and operation management in the urban core areas.