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Driven by global climate change and the “dual-carbon” goal, zero-carbon industrial parks have emerged as a key pathway for industrial low-carbon transformation. This paper takes the Foshan Maintenance Centre as its research subject, conducting case analyses and data surveys to summarise its technical pathways, management strategies, and other aspects, and proposes a zero-carbon industrial park construction plan tailored to power maintenance operations. The study found that the core of a zero-carbon industrial park lies in a systematic planning framework centred on ‘renewable energy dominance + terminal electrification upgrades + carbon sink management,’ which requires the development of differentiated strategies based on the park’s resource endowments and industrial characteristics. Given the characteristics of the Foshan Maintenance Centre, such as the concentration of high-energy-consuming equipment and frequent logistics operations, the study recommends advancing zero-carbon transformation through four aspects: constructing a low-carbon power system, upgrading equipment energy efficiency, improving the carbon management system, and coordinating policies. The research results provide replicable methodological guidance for the construction of zero-carbon industrial parks in the power industry and hold practical significance for advancing the implementation of the ‘dual carbon’ goals.

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Under the Dual Carbon Background, a Systematic Solution for Zero Carbon Parks: Taking the Foshan Maintenance Center of Southern Power Grid as an Example

  • 会议论文

  • 发表日期：

    2026年

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  • Zhiping Chen,
  • Yancheng Wang,
  • Xiaofeng Zhao,
  • Yong Shen,
  • Wei Jiang,
  • Hui Chen

摘要

Driven by global climate change and the “dual-carbon” goal, zero-carbon industrial parks have emerged as a key pathway for industrial low-carbon transformation. This paper takes the Foshan Maintenance Centre as its research subject, conducting case analyses and data surveys to summarise its technical pathways, management strategies, and other aspects, and proposes a zero-carbon industrial park construction plan tailored to power maintenance operations. The study found that the core of a zero-carbon industrial park lies in a systematic planning framework centred on ‘renewable energy dominance + terminal electrification upgrades + carbon sink management,’ which requires the development of differentiated strategies based on the park’s resource endowments and industrial characteristics. Given the characteristics of the Foshan Maintenance Centre, such as the concentration of high-energy-consuming equipment and frequent logistics operations, the study recommends advancing zero-carbon transformation through four aspects: constructing a low-carbon power system, upgrading equipment energy efficiency, improving the carbon management system, and coordinating policies. The research results provide replicable methodological guidance for the construction of zero-carbon industrial parks in the power industry and hold practical significance for advancing the implementation of the ‘dual carbon’ goals.