首页|计及新能源容量配置的水风光基地一体化运行研究

计及新能源容量配置的水风光基地一体化运行研究

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随着全球对清洁、可持续能源需求的增长,水、风、光等可再生能源在能源转型中扮演关键角色.传统上这些能源往往独立运行,难以实现最优协同.水风光基地的一体化运行,可以解决资源波动和电网接纳问题.研究表明,一体化运行可充分发挥水电调峰能力,减少风光波动,提高新能源利用率;电量分配方案的选择应综合考虑外送水电站调峰能力及电网稳定性.通过新能源容量配置的深入研究,以期为提供清洁能源在能源系统中的高效利用提供理论基础和实践指导.
Integrated Operation of Hydro-wind-solar Bases with New Energy Capacity Allocation
Renewable energy sources such as hydro,wind,and solar are of critical importance in the global transition towards clean and sustainable energy as demands escalate.Traditionally,these energy sources have been operated independently,and thus posing challenges to their optimal synergy.The integrated operation of hydro-wind-solar base offers a solution to resource variability and grid acceptance.Our findings demonstrate that integrated operation maximizes the peak shifting capacity of hydropower,reduces the volatility of wind and solar,and improves the utilization rate of new energy.The peak-shifting capacity of dispatched hydropower stations and the grid stability should be considered in selecting power distribution schemes.The thorough examination of new energy capacity allocation is expected to provide a theoretical basis and practical guidance for the efficient utilization of clean energy.

capacity allocationnew energy utilizationintegrated operationhydro-wind-solar base

闫坤、胡浩、何尧玺、陈雪、康喆、张亚军、胡文

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中国长江电力股份有限公司,武汉 430010

中国电力工程顾问集团西南电力设计院有限公司,成都 610056

容量配置 新能源利用 一体化运行 水风光基地

长电新能有限责任公司项目

4223020056

2024

长江技术经济

长江技术经济

ISSN:
年,卷(期):2024.8(2)
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