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VOL. 2, ISSUE 6 (2017)
Solar charge controller
Authors
Amit Kumar Singh, Abhishek Kumar Agrawal, Simran Vohra, Shailendra Singh Thakur, Gajendra Patel
Abstract
Non-conventional power generation is one of the fastest growing sectors. Globally, all countries are busy developing and implementing non-conventional power to bridge the electricity demand and power supply gap.
The sun is the ultimate source of limitless solar energy in the form of light and heat. Light of the sun is directly converted into electrical energy without any inter mediate step.
Solar Photovoltaic (PV) power is leading ahead of the other sources. In a solar power generation system, the PV cell plays a major role.
Rural coastal communities in developing countries along the equator lack electricity, due to the expenses involved with connecting them to the power grid. An affordable local solution, such as on-site micro power generation, would benefit the local communities and fulfil their basic lightning and ventilation needs. Equatorial coastal areas have constant high incident solar radiation. Therefore, these regions would be ideal to implement a solar power generation unit.
This project involves the development of a solar panel to generate direct current (DC) power that will be used to charge a battery. And this DC voltage from battery is converted into AC using inverter. This system will provide the basic electricity requirements for the house.
The initial investment may be excessive for the target population, these costs are expected to go down if the design is mass produced. Solar power source is ‘free’ making this system viable long-term solution for electrification. The implementation of a project such as this will make the use of hazardous items such as kerosene lamps and car batteries redundant.
Purpose of investment in solar power project is to enter in development of green energy technology, which is the only ultimate source of energy for future generations.
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Pages:994-1001
How to cite this article:
Amit Kumar Singh, Abhishek Kumar Agrawal, Simran Vohra, Shailendra Singh Thakur, Gajendra Patel "Solar charge controller". International Journal of Academic Research and Development, Vol 2, Issue 6, 2017, Pages 994-1001
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