The Study of using Wind Energy to Hydropower Designs with Pump

C. Minda
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Abstract

New hydropower with pump can be a continuous development within the national energy system. Their principle is to cheap energy consumption power P1 E1 produced at the base of the schedule task for pumping water from a reservoir situated at odds, in a lowered reservoir situated at height. While producing more energy expensive peak E2 to power P2 is achieved by whirling such volumes. The difference in cost between the basic energy absorbed by pumping the peak produced at whirling ensures profitability of these facilities. Regarding the current hydropower system nationwide to establish the existence of hydro-technical systems with pumping and gravitational systems this can be turned into ones with pumping. In analysing the conditions of work opportunity and search engine optimization of wind energy at the base of hydropower facilities with pumping system may be transformed-High Barzava. Limits are fixed to the unit cost of wind energy is competitive for its use as a primary source.
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利用风能进行水泵水力发电设计的研究
新型水泵水电可以在国家能源系统中不断发展。他们的原则是廉价的能源消耗功率P1 E1产生的时间表任务的基础抽水从水库位于不一致,在一个较低的水库位于高处。而产生更昂贵的能量,峰值E2到功率P2是通过旋转这样的体积来实现的。抽水吸收的基本能量与旋转产生的峰值之间的成本差异确保了这些设施的盈利能力。针对目前全国水电系统建立存在的抽水系统和重力系统,可以将其转化为抽水系统。在分析风力发电的工作机会和搜索引擎优化条件的基础上,水电设施的抽水系统可以改造-高巴尔扎瓦。风能作为一种主要能源,其单位成本的限制是固定的。
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