摘要
针对我国目前普遍存在的利用常规能源来提水时能耗大和污染排放超过国家标准等问题,创制出新一代风光互补型发电和提水两用机组,采用高效离心潜水电泵、太阳能电池组和达里厄型立轴式风力机、S型低风速启动风车等这些关键技术来节约大量燃料、电能资源,降低生产成本。这种机组以最优的结构匹配,实现了功能和用途的多样化,达到了节能降耗及提高生产效率之目的。
In accordance with the problems from high energy consumption and large pollution emission over the relevant national standards during pumping water with the conventional energies generally existed in China,a new generation of wind and solar powers mutually complemented generating-pumping dual purpose unit is developed with the key techniques,i.e.high-efficiency centrifugal pump,solar cell array,Darrieus vertical-axis wind turbine(VAWT) and 'S' type low wind speed windmill,etc.,so as to largely save fuels and electric power resources and lower the production costs concerned.With the optimal structure,this kind of unit has realized the diversification of both the function and the application,and then got the target of energy saving and consumption reducing along with the enhancement of production efficiency.
出处
《水利水电技术》
CSCD
北大核心
2012年第2期79-81,93,共4页
Water Resources and Hydropower Engineering
基金
哈尔滨市科技创新人才专项资金项目(2010RFXYG015)
关键词
风光互补型发电和提水两用机组
太阳能
风能
设计应用
节能降耗
wind and solar powers mutually complemented generating-pumping dual purpose unit
solar energy
wind energy
design and application
energy saving and consumption reducing
