计及碳减排收益的光储联合系统多市场耦合投标策略研究

杨锡运; 孟欣

杨锡运,孟欣.计及碳减排收益的光储联合系统多市场耦合投标策略研究[J].电测与仪表,2026,63(2):1-10.
YANG Xiyun,MENG Xin.Research on multi-market coupled bidding strategy for photovoltaic storage joint system considering carbon emission reduction benefits[J].Electrical Measurement & Instrumentation,2026,63(2):1-10.

计及碳减排收益的光储联合系统多市场耦合投标策略研究

Research on multi-market coupled bidding strategy for photovoltaic storage joint system considering carbon emission reduction benefits

DOI：10.19753/j.issn1001-1390.2026.02.001

中文关键词: 光储联合系统偏差考核辅助服务市场碳交易市场绿电交易市场

英文关键词:optical storage joint system, deviation assessment, auxiliary service market, carbon trading market, green electricity trading market

基金项目:国家自然科学基金资助项目（62203172）

作者中文名	作者英文名	单位
杨锡运	YANG Xiyun	华北电力大学控制与计算机工程学院
孟欣	MENG Xin	华北电力大学控制与计算机工程学院

摘要点击次数: 112

中文摘要:

在双碳目标背景下，多市场耦合交易环境下的“新能源+储能”联合系统快速发展。储能装置不仅用于平抑新能源出力偏差，在辅助服务市场的调频、调峰服务中更是至关重要。为充分发挥多市场交易环境中的储能的灵活性，文中提出了一个计及碳减排收益的光储联合系统多市场耦合投标策略。首先考虑光伏预测偏差，对其进行偏差考核；其次，考虑耦合碳交易市场中的中国核证自愿减排量(China certified emission reduction, CCER)收益及绿电市场中的绿电收益，以光储联合系统在能量市场、辅助服务市场以及碳市场的收益总和最大为目标函数，建立了数学模型，使用CPLEX求解器求解。通过算例分析表明，光储联合系统参与多个市场耦合的投标方式，相较于单独参与碳市场或绿电市场，系统收益分别提升11.6%和10.5%，在光伏中配置的储能装置也得到了充分的利用。

英文摘要:

Abstract: In the context of the dual carbon target, the “new energy+energy storage” joint system is rapidly developing in a multi-market coupled trading environment. Energy storage devices are not only used to suppress the deviation of new energy output, but also crucial in frequency regulation and peak shaving services in the auxiliary service market. To fully leverage the flexibility of energy storage in a multi-market trading environment, this paper proposes a multi-market coupled bidding strategy for a combined solar energy storage system that takes into account carbon reduction benefits. Firstly, considering the deviation of photovoltaic prediction, a deviation assessment is carried out; Secondly, considering the benefits of China certified voluntary emission reduction（CCER) in the coupled carbon trading market and the benefits of green electricity in the green electricity market, a mathematical model is established with the objective function of maximizing the total benefits of the solar energy storage joint system in the energy market, auxiliary service market, and carbon market, and solved using the CPLEX solver. Through case analysis, it is shown that the participation of the photovoltaic energy storage joint system in the bidding method of multi-market coupling increases the system revenue by 11.6% and 10.5% respectively compared to participating in the carbon market or green electricity market alone. The energy storage devices configured in photovoltaic are also fully utilized.

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