摘要
风光互补抽水蓄能电站是集合了传统水能与风、光新能源各自优势的一种新的多能互补开发方式。针对西藏阿里地区独特的自然地理条件,提出了这种开发方式的能量、水量平衡和抽水系统容量的计算模型,按成本电价和单位千瓦投资最低建立了风光互补抽水蓄能电站系统配置的优化模型。对阿里地区风光互补抽水蓄能电站进行了系统配置实例分析研究,得到了水能、光能和风能容量的最佳配比和相应容量配置要求。研究成果表明,这种多能互补开发方式可克服目前火电站及光伏电站成本电价高和运行维护技术要求高的缺点,具有独特的技术、经济优势,是解决阿里地区能源供应问题的有效途径之一。
The pumped storage power station complemented by wind and light energy is a new way of energy development which assembles the respective advantages of the traditional hydropower, wind and light energy. The mathematic model of the energy and water equilibrium and the pumping system capacity were raised according to the unique natural geographic condition in Tibet Ali. The optimum model was set up in which the cost price of electricity and investment per kilowatt is lowest. The research was done on the system configuration of the pumped storage power station complemented by wind and sunlight energy for the example in Ali. Then the best match proportion and the corresponding storage configuration requirement of hydropower, sunlight and wind energy were proposed. The result reveals that the shortage of higher cost price of electricity and demand of operation safeguard could be improved for the way of energy developing which give a further indication of the unique technical and economic advantages. It is a good way to solve the energysupply for the area of Tibet Ali.
出处
《四川大学学报（工程科学版）》
EI
CAS
CSCD
北大核心
2007年第1期53-57,共5页
Journal of Sichuan University (Engineering Science Edition)
关键词
能量互补模型
多能(风光水)利用
系统配置
西藏阿里
complemented energy model
multi-energy（ wind, sunlight, water） utilize
system configuration
Tibet Ali
