走向清洁能源:设计一种用于公路路灯的风能-太阳能混合发电系统

Sharifah Athirah Sharif Zulkepele, Safaa N. Saud Al-Humairi, Jeeventra Sharma Chandrasekaran, A. S. Ahmad, R. J. Daud
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引用次数: 2

摘要

随着全球电力消耗的不断增加,对更多发电的需求是不可避免的。目前马来西亚大多数路灯系统依赖于电网系统,该系统在相当大的人力和日常维护下运行;这些系统并不可靠,因为它们依赖于使用不可再生能源的电网系统。本文将描述一个新的系统,包括一个混合可再生能源系统,用于路灯使用太阳能与光伏板和垂直风相结合。由于该系统作为一个独立的系统为路灯供电,并具有24/7监控系统,因此利用合并的太阳能和风力涡轮机系统来确保独立供电。根据实验结果,太阳能或风能产生的电压取决于气候变化。双系统产生的电压和电流是可靠的,几乎是恒定的,因为两种能量都产生。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards A Clean Energy: Design A Wind-Solar Hybrid Power Generation System for Highway Streetlights
As the world's power consumption is regularly increasing, demand for more power generation is inevitable. The current system of Malaysia's majority street light depends on the electrical grid system that operates under considerable manpower and maintenance routine; these systems are not reliable as they are dependent on an electrical grid system that uses non-renewable sources. This paper will describe a novel system that includes a hybrid renewable energy system for street light using combined solar energy with photovoltaic panels and vertical wind. The utilization of a merged solar and wind turbine system was utilized to ensure the supply of electricity independently due to the system working as a standalone system for the supply of street lights with a 24/7 monitoring system. Based on experimental findings, the voltage produced by solar or wind depends on climate changes. The dual system's voltage and current generated are reliable and nearly constant since both energies are generated.
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