Analisis Perkembangan Pembangkit Listrik Tenaga Bayu (PLTB) Sebagai Sumber Energi Alternatif Terbarukan Di Indonesia

Jenni Wulandari, Sudarti, Yushardi
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Abstract

One of the government's steps in the energy sector is to immediately develop and introduce renewable energy sources to reduce dependence on fossil fuels. Supporting government policies regarding community energy supply, including wind energy, requires the introduction of the use of new renewable energy sources based on local potential. To support this government program, non-profit programs are being implemented in several cities in Indonesia to exploit the potential of wind energy. Wind speed, or the average wind energy that can be harvested each day, on Mount Kinshiel ranges from 60.14 to 77.59 W per hour. On the other hand, wind speed in Gresik Regency has been unstable for 10 days, with an average wind speed of 1.5 m/s and wind strength of 10.47 watts during those 10 days. In Palu City, the PLTB electricity generation capacity is 28,308 kWh/day, and the 900 VA electricity supply from the PLTB system is distributed to approximately 31 houses (electricity consumers).
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印度尼西亚风力发电厂(PLTB)作为替代性可再生能源的发展分析
政府在能源领域采取的措施之一是立即开发和引进可再生能源,以减少对化石燃料的依赖。要支持政府有关社区能源供应(包括风能)的政策,就必须根据当地的潜力引进使用新的可再生能源。为支持政府的这一计划,印尼多个城市正在实施非营利性计划,以挖掘风能的潜力。金希尔山的风速或平均每天可收集的风能为每小时 60.14 到 77.59 瓦。另一方面,格雷斯克地区的风速已连续 10 天不稳定,这 10 天的平均风速为 1.5 米/秒,风力强度为 10.47 瓦。在帕卢市,PLTB 的发电量为每天 28,308 千瓦时,PLTB 系统提供的 900 伏安电力被分配给大约 31 栋房屋(用电户)。
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