面向新型电力系统的绿电、绿证协同发展及政策建议

On the Collaborative Development and Policy Suggestions of Green Electricity and Green Certificate for New Power Systems

  • 摘要: 双碳目标下,绿电、绿证对于加快构建清洁低碳的新型电力系统至关重要。当前中国处于绿电、绿证市场建设初期,由于市场机制不完善、与其他市场衔接性差等问题,绿电、绿证在促进新能源发展方面的作用未能充分发挥。为此,本文围绕新型电力系统下绿电、绿证的基本内涵、市场机制和政策建议。首先,分析了绿电、绿证的内涵及意义,总结了国内外典型绿电和绿证市场的建设机制与发展现状;其次,考虑绿电、绿证市场与电力市场、碳市场的耦合,梳理了多市场间的交互影响机理;最后,针对我国绿电、绿证市场建设面临的难题,提出了面向新型电力系统发展需求的绿电、绿证市场发展建议,以期为完善我国绿电、绿证交易机制提供参考。

     

    Abstract: Under the dual carbon goals, the green electricity market and green certificate market play crucial roles in accelerating the construction of a new, clean and low-carbon power system. Currently, China is in the early stage of building the green electricity market and green certificate market. Due to imperfect market mechanisms and poor connectivity with other markets, the green electricity market and green certificate market have not been able to fully play their roles in promoting the development of new energy. To this end, this paper focuses on the basic connotations, market mechanisms and policy recommendations of green power and green certificates under the new power system. First, the connotation and significance of green power and green certificates are analyzed, and the construction mechanism and development status of the typical domestic and foreign green electricity market and green certificate market are summarized. Secondly, considering the coupling of the green electricity market and green certificate market with the electricity market and carbon market, the interaction mechanism between multiple markets is sorted out. Finally, in view of the difficulties faced in the construction of China's green electricity market and green certificate market, this paper provides suggestions for the development of green power and green certificate markets, with a view to providing a reference for improving China's green electricity and green certificate trading mechanisms, which is of great significance for promoting the healthy and orderly development of new energy and the low-carbon transformation of the energy field.

     

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