利用集成光伏的风能转换系统增强公路发电能力

Kiruba.K, Deepika.D, Jaitha.G, Madhuja.S
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引用次数: 0

摘要

全球人口和经济的增长,加上快速的城市化,将导致能源需求的显著增加。为了在未来几年解决这个问题,世界将需要更多的资源,主要是清洁生产的电力。另一方面,电力需求的增长速度是整体能源消耗速度的两倍,预计到2040年将增加一倍以上。因此,为了满足能源需求,提议的方法包括一个新的垂直轴风力涡轮机(VAWT)设计概念,它从移动的车辆中产生电力,并进一步与光伏发电相结合,以增加发电量。相关的混合方案可适应季节变化。使用充电控制器,产生的功率可以稳定到12V输出。产生的能量可以储存在电池中或供应给电网,作为社会的能量储存装置。储存的电力可以在未来或无风季节使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhancement of Power Generation in Highway Using Wind Energy Conversion System Integrated with PV
The rising global population and economic growth, combined with rapid urbanization, will result in a significant increase in energy demand. To solve this problem in the coming years, the world will need significantly more resources, primarily cleanly produced electricity. On the other hand, electricity demand is rising at twice the rate of overall energy consumption, and is expected to more than double by 2040. So, in order to meet the energy demands, the proposed approach includes a concept of a new Vertical Axis Wind Turbine (VAWT) design that generates power from moving vehicles and further integrated with PV for increased power generation. Seasonal variations can be accommodated by the related hybrid scheme. Using a charge controller, the produced power can be stabilized to a 12V output. The generated energy can be stored in batteries or supplied to the grid, acting as an energy storage device for society. The power that has been stored can be used in the future or during non-windy seasons.
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