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绿色电力溯源体系研究与优化

Research and Optimization of the Green Power Traceability Certification System

  • 摘要:
    目的 新时代背景下,我国处于能源结构转型的关键阶段,尤其是在化石能源消费的限制及向“双控”制度的过渡中,可再生能源成为能源结构转型的关键支柱。现行的绿色电力溯源体系仍面临着如市场交易复杂、用户需求多样、供需偏差问题严重等诸多挑战。
    方法 为了解决当前绿色电力溯源体系存在的问题,文章深入分析现有的绿电溯源体系及市场机制所面临的需求与挑战。重点关注提升计算平均溯源方法比例系数获取的精度。为此,文章引入社会平均电源结构,作为一种更加科学合理的平均溯源方案,以确保绿色电力的来源与使用之间的有效对应关系。具体而言,通过对特定区域内各种类型发电源的比例进行系统分析,能够提供更加准确的电力来源数据。此外,文章还提出改进的证电分离的溯源方法,旨在有效提升绿色电力市场的透明度和数据追踪的规范性。这种方法将有助于确保市场参与者对绿色电力的理解和信任,推动市场的发展。
    结果 通过引入社会平均电源结构和改进的证电分离的溯源方法,文章研究的结果表明,这些改进能够显著提升绿色电力市场的透明度,增强数据追踪的准确性,确保市场参与者对绿色电力的理解和信任。
    结论 改进后的绿电溯源体系能够有效推动可再生能源产业的高质量发展,为实现“双控”目标提供有力支持,进而增强市场的公平性和用户的信任度。

     

    Abstract:
    Objective In the context of the new era, China is undergoing a critical phase of energy structure transformation, particularly amid restrictions on fossil fuel consumption and the transition to a "dual control" system. Renewable energy has become a key pillar of this transformation. However, the existing green power tracing system faces numerous challenges, including complex market transactions, diverse user demands, and significant supply-demand discrepancies.
    Method To address the issues in the current green power tracing system, this paper deeply analyzed the demands and challenges faced by the existing green power tracing system and market mechanisms. It focused on enhancing the accuracy of the coefficient acquisition in the average tracing method. To achieve this, the social average power source structure was introduced as a more scientific and reasonable average tracing solution to ensure an effective correspondence between the source and usage of green electricity. Specifically, by systematically analyzing the proportions of various types of power generation sources in a specific region, more accurate data on power sources could be provided. Additionally, this paper proposed an improved certificate-electricity separation tracing method aimed at effectively improving the transparency of the green electricity market and the standardization of data tracking. This method would help ensure market participants' understanding and trust in green electricity, further promoting market development.
    Results The introduction of the social average power source structure and the improved certificate-electricity separation tracing method shows that these improvements significantly enhance the transparency of the green electricity market, increase the accuracy of data tracking, and ensure market participants' understanding and trust in green electricity.
    Conclusion The improved green electricity tracing system can effectively promote the high-quality development of the renewable energy industry, provide strong support for achieving the "dual control" goals, and thus enhance market fairness and user trust.

     

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