首页|基于水电调节的多能互补系统和交易策略研究综述

基于水电调节的多能互补系统和交易策略研究综述

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在双碳目标下,利用水、风、光等可再生资源解决新能源发电中的消纳问题显得尤为重要.重点探讨了风电、光伏等可再生能源并网的挑战,特别是它们的间歇性和不可控性问题,以及水电在缓解这些问题中的关键作用.通过提出水光互补和水风互补的概念,强调了水电在平衡可再生能源发电和提升整体能效方面的重要性.同时,深入研究了多种优化模型和交易策略,为水风光互补运行提供了新的思路.
Review of Multi-energy Complementary Systems and Trading Strategies Based on Hydropower Regulation
To achieve the carbon peaking and carbon neutrality goals,it is particularly critical to utilize renewable resources such as hydro,wind and solar to address the consumption problem in new energy generation.This paper focuses on the challenges of grid integration of renewable energy sources such as wind and photovoltaic,in particular their intermittency and lack of controllability,hence underscoring the pivotal role of hydropower in mitigating these issues.Through proposing the concepts of hydro-photovoltaic(WPV)and hydro-wind(WW)systems,we highlight the importance of hydropower in balancing renewable energy generation and improving overall energy efficiency.In addition,we investigated a variety of optimization models and trading strategies in depth,offering new insights into the operation of hydro-wind-solar complementary system.

hydropower regulationmulti-energy complementary systemstrading strategies

何星遥、孙嘉伟、宋子达、董宜琛

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水风光多能互补联合实验室,武汉 430010

中国长江电力股份有限公司,武汉 430010

华北电力大学电气与电子工程学院,北京 102206

中国长江三峡集团科学技术研究院,北京 101100

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水电调节 多能互补系统 交易策略

湖北省科技重点研发计划

2022AAA007

2024

长江技术经济

长江技术经济

ISSN:
年,卷(期):2024.8(2)
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