雅加达北部沿海地区波浪发电分析

Artikel Teknik, Mesin Manufaktur, Analisa Pembangkit, Listrik Tenaga, Ombak di, Daerah Pesisir, Jakarta Utara, S. Susilowati, D. Sumardiyanto, Faris Firyal, Novan Setiadi, J. R. Khana, Jurusan Teknik Mesin
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引用次数: 0

摘要

电能是现代人真正需要的能源。随着人口的增长和经济活动的增加,电能的消耗也随之增加。为了解决这个问题,即利用可再生能源建立发电厂,波浪能发电厂就是一个例子。波浪能发电厂就是依靠波浪能发电的发电厂。本研究的目的是分析在雅加达北部沿海地区使用浮标系统的波浪发电机的性能。在雅加达北部的两个不同地点,即 Mutiara 海滩和 Wika 海滩,总共进行了 10 天的测试。在 Mutiara 海滩使用管式浮标时,这种使用浮标系统的波浪发电机能够产生 24.9 伏的最高电功率,而在 Wika 海滩使用梁式浮标时功率最低,仅为 6.65 瓦。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analisa Pembangkit Listrik Tenaga Ombak di Daerah Pesisir Jakarta Utara
Electrical energy is energy that is really needed in modern times like now. As the population increases and the economic activity of the population increases, consumption of electrical energy increases. To overcome this problem, namely by creating a power plant with renewable energy, one example is a wave power plant. Wave power plants are plants that rely on wave energy to produce electricity. The aim of this research is to analyze the performance of wave power generators using a buoy system in the coastal area of ​​North Jakarta. By carrying out a total of 10 days of testing in 2 different places, namely Mutiara Beach and Wika Beach, all in North Jakarta. This wave power generator with a buoy system is capable of producing the highest electrical power of 24.9 volts when using a tube-style buoy at Mutiara Beach, while the lowest power is obtained when using a beam-style buoy, namely 6.65 watts at Wika Beach.
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