Paper Details: Downloads: 1563
Serial Number: P1111518375
Title: DESIGN OF SOLAR POWERED MOBILE CHARGER WITH POWERBANK USING SUPERCAPACITOR AND STORAGE BATTERY FOR FAST CHARGING
Authors: Kottam Pranay Kumar and K.Uday reddy and G.Jithendra Naidu and S.Siva Prasad
Abstract: The scientific development over the past century paved ways to utilize natural resources and converting them according to our use. Out of different renewable energy conversions available, Photo voltaic conversion provides us a great advantage of availability of solar energy, mobility and less dynamic losses. Now almost every human being maintains an electronic gadget (mobile phones, tablets, etc.). These gadgets make use of energy stored in batteries and we have to recharge their batteries from an external source. Instead of depending on external power source we can generate power from renewable solar power on board and also store the generated energy in battery and supercapacitor for recharging. With the available solar power banks in market it will take 5-6 hours to charge it completely. By making use of Supercapacitor we can bring down the charging time nearly to half of it. In this paper a new method is proposed and investigated the performance that can make use of the Supercapacitor connected in series with a storage battery controlled with MoSFETs and Op –Amps. The main advantage of the proposed method is that we can integrate the whole set up into the mobile pouch so we can charge the power bank on the go and we can use the stored energy in power bank to charge the gadgets battery.
Keywords: Energy storage, Supercapacitor, MoSFET, Op- Amp, Power bank, charging time.
Journal/Conference: International Journal of Automatic Control and System Engineering
Volume: 15
Issue: 1
Submission Date: 5/1/2015 12:00:00 AM
Review Date: 5/30/2015 3:22:18 AM
Publishing Date: 6/12/2015 12:59:18 PM
Article Downloads: 1563
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