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Key Technologies and Practical Verification of Carbon Emission Reduction in the Whole Chain of Green Operation of Power Transmission and Transformation Projects

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  • Huang, Tianchao
  • Wu, Jian
  • Ding, Hong
  • Lin, Xiang
  • Liu, Xiaoyuan
  • Wang, Jianrong
  • Zhu, Guangze
  • Liu, Ti
  • Ye, Zhengming
  • Chen, Cong

Abstract

This paper presents key technologies for carbon emission reduction across the entire chain of green operation in power transmission and transformation projects. Based on the actual conditions of the Zhejiang power grid, an integrated carbon reduction control system is established, incorporating intelligent perception, data processing, and decision optimization layers. By leveraging IoT, digital twin, blockchain, and advanced optimization algorithms, the system enables dynamic monitoring, modeling, early warning, and collaborative optimization of carbon emissions. Practical applications in typical projects demonstrate significant reductions in operational carbon emissions and substantial economic and social benefits. Looking forward, the deeper integration of artificial intelligence and big data technologies will further enhance the intelligence and automation of carbon reduction strategies, supporting the achievement of China's dual carbon goals.

Suggested Citation

  • Huang, Tianchao & Wu, Jian & Ding, Hong & Lin, Xiang & Liu, Xiaoyuan & Wang, Jianrong & Zhu, Guangze & Liu, Ti & Ye, Zhengming & Chen, Cong, 2025. "Key Technologies and Practical Verification of Carbon Emission Reduction in the Whole Chain of Green Operation of Power Transmission and Transformation Projects," GBP Proceedings Series, Scientific Open Access Publishing, vol. 7(None), pages 78-83.
    • Handle: RePEc:axf:gbppsa:v:7:y:2025:i:none:p:78-83
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