海洋表面波绿色发电系统的设计与开发

Mohd Farriz Basar, Azhan Ab. Rahman, A. Din, Y. Yahaya, Zubir Mahmod
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引用次数: 8

摘要

石油、煤炭、天然气、核能等不可再生能源一旦被使用,就无法恢复。世界上许多国家严重依赖不可再生能源和污染能源发电。这将导致温室气体排放,并将由于气候变化对国家产生不利影响。一般来说,75%的地球被海洋覆盖,因此;将表面波能量转化为电能本质上是地球上可再生能源的一种形式。因此,本文描述了小型应用的表面波能绿色发电系统的设计和开发。发电系统采用由钕铁硼永磁体、1000匝螺线管导线和电压倍增系统组成的轻便浮箱。当海浪沿着漂浮的装置移动时,螺线管与永磁体来回摇动,因此相对运动产生电力。从实验工作来看,它给出了一个显著的结果,显示了一个积极的指标,努力利用这种清洁能源。
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Design and development of green electricity generation system using ocean surface wave
Once the non-renewable energy such as petroleum, coal, gas and nuclear have been used, it cannot be restored. Many countries in the world are heavily dependent on the non-renewable energy and polluting sources to generate electricity. This would cause the greenhouse gas emissions and would have adverse effects on the country due to the climate changes. Generally, 75% of earth is covered by the ocean and for that reason; converting the surface wave energy into electricity essentially is a form of renewable energy available on the earth. Thus, this paper describes the design and development of green electricity generation system using surface wave power for small-scale applications. The generation system is presented by the handy floating box that consists of neodymium iron boron permanent magnets, 1,000 turns of solenoid wires and voltage multiplier system. As oceans waves moves along the floating device, the solenoid rocks back and forth the permanent magnet and hence the relative motion produces electrical power. From the experimental works, it gives a significant result and shows a positive indicator on the effort to harnessing this clean energy.
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