Optimal Battery Charging in Solar Robotic Vehicle
Journal: International Journal of Science and Research (IJSR) (Vol.5, No. 11)Publication Date: 2016-11-05
Authors : Sagar Pise; Dinkar Manik Yadav;
Page : 618-621
Keywords : Li-po battery; Solar tracker; Robotic tool; Zigbee; Photo-voltaic PV;
Abstract
This paper concentrates on the design and construction of charging system of LiPo batteries with the help of tracked solar panels. Thus a energy management system is put forward in robotic vehicle. The proposed system was undergone testing on the VANTER robotic platform. This robotic system is designed using smart host microcontroller. On this basis, our proposal makes a double sided contribution. On one side, it shows the use of construction of a solar tracking mechanism for increasing the robots power regardless of its mobility. On the other side, it has design of power system performance based on two batteries. In these two batteries, one is charging independently and other is providing energy to robot.
Other Latest Articles
- A Performance Analysis of VoIP Traffic over Wireless LAN and Wan Using Different Codecs
- Proximate Analysis and Objective Evaluation of Recipe Made with Sunflower Meal
- Study of Presence of Available Potassium and Fertility Index of Farmland Soil of Danta Taluka Territory District: Banaskantha (Gujarat)
- A Study on Necessity of Computer Education at Higher Secondary Level
- Spectrum Sharing Using Meta Heuristic Genetic Model for Cellular Users and Ad-Hoc Device-To-Device Users
Last modified: 2021-07-01 14:47:12