摘要
压缩空气储能被视为一种可行的方案,用来解决风力发电中的可变性和不确定性问题。储能系统的运营策略取决于当前的市场和监管环境,这将直接影响整个系统在质量、可靠性、效率和环保方面的表现。压缩空气储能系统可以独立运行,以利润最大化,也可以与风力发电协同运行,以充分利用可再生能源,并实现市场共赢。本文探讨了压缩空气储能在输电约束型风力综合发电系统中的应用和潜在收益。本文开发了综合模型,用于优化风能和压缩空气储能的运营策略,并量化了压缩空气储能对系统可靠性、效率和环保目标的贡献。研究结果显示了在不同方面平衡压缩空气储能的潜在收益。所提出的方法和分析结果可为公用事业单位提供有价值的参考,以制定有效的监管框架,推动大规模储能的整合,有效支持未来可再生能源的发展,同时确保可靠供应给电力消费者。
Compressed air energy storage(CAES)is recognized as a viable solution to address variability and uncertainty in wind power generation.The performance of energy storage systems is significantly influenced by market conditions and regulatory frameworks,which directly affect the system's quality,reliability,efficiency,and environmental impact.CAES systems can operate independently to maximize profit or in synergy with wind power generation to fully utilize renewable energy resources,thereby achieving mutual benefits in the market.This study investigates the application and potential advantages of CAES in wind power systems with transmission constraints.A comprehensive model is developed to optimize operational strategies for wind energy and CAES,assessing the contributions of CAES to system reliability,efficiency,and environmental goals.The results highlight the benefits of integrating CAES in balancing wind power,enhancing system performance across various metrics.The proposed methods and findings offer valuable guidance for utilities and policymakers in formulating effective regulatory frameworks,promoting large-scale energy storage integration,supporting the expansion of renewable energy,and ensuring a reliable power supply for consumers.
作者
贺鸿鹏
王小宇
徐美娇
马成龙
张伟
张丽
HE Hongpeng;WANG Xiaoyu;XU Meijiao;MA Chenglong;ZHANG Wei;ZHANG Li(State Grid East Inner Mongolia Electric Power Supply Co.,Ltd.,Hohhot 010020,Nei Mongol,China;Inner Mongolia Agricultural University,Hohhot 010018,Nei Mongol,China)
出处
《储能科学与技术》
CAS
CSCD
北大核心
2024年第11期4226-4234,共9页
Energy Storage Science and Technology
关键词
压缩空气储能
储能系统
输电约束型
风能
潜在效益
compressed air energy storage
energy storage system
transmission constraint
wind energy
potential benefit
作者简介
第一作者/通信联系人:贺鸿鹏(1989-),男,硕士,高级工程师,研究方向为电力调度自动化,E-mail:hehongpeng@126.com。
