• Corpus ID: 54986831

Design And Construction Of Microcontroller Based Solar Battery Charger

@article{Tun2016DesignAC,
  title={Design And Construction Of Microcontroller Based Solar Battery Charger},
  author={Zar Ni Tun and Aye Thin Naing and H. Tun},
  journal={International Journal of Scientific \& Technology Research},
  year={2016},
  volume={5},
  pages={117-120}
}
This research paper describes a microcontroller based battery charger by using solar energy. Solar-powered charging systems are already available in rural as well as urban areas. Solar energy is widely used around the worldwide. This system converts solar energy to electrical energy and stores it in a battery. Photovoltaic panel is used to convert solar energy to electrical energy and stored in a 12V battery. Battery is the main component in solar charging system to store the energy generated… 

Figures from this paper

Implementation of a Smart Battery Charger Using LLC Resonant Converter
TLDR
A battery charger which takes accurate decisions by itself and eliminates poor charging parameters which can damage even brand new batteries is presented.
Design of Fuzzy Logic Based Photovoltaic Fed Battery Charging System
The battery energy storage systems emerged as the best option among the different strategies developed for meeting energy demand, effective utilization of energy and its conservation. The PV system
Implementation of wireless instrument for solar energy system
TLDR
Solar cell system measuring based on the microcontroller application and applying 2.4 GHz wireless module to transmit and receive data to a computer is considered and Graphic User Interface (GUI) using Delphi program for recording the data in database and display them on the graphs is implemented.
Solar Panel Based Lead Acid Battery Charging System using LabVIEW
In order to meet the power demands, an alternative source of energy is essential to produce power. Sun being renewable energy, it is used. Photons from the sun light are incident on the solar panel
Design and implementation of an integrated, non isolated, inverted DC-DC buck-boost converter for battery charging
TLDR
A method of charging a 12V battery with constant output voltage and variable input voltage using Buck-Boost topology and the isolation between the controller and the switching MOSFET is provided through optocoupler.

References

SHOWING 1-6 OF 6 REFERENCES
A COST EFFECTIVE SOLAR CHARGE CONTROLLER
This paper contains the design, construction and implementation of an efficient solar charge controller at low cost. The charge controller is implemented using an inexpensive PIC microcontroller with
Design and Development of Efficient Battery Charging and Cell Balancing for Battery Management System
Lead-acid batteries are the most commonly chosen power source for many portable applications. Advantages like high energy density, high nominal voltage, less maintenance, and low self discharge rate
Design and Construction of Microcontroller Based Charge Controller for Photovoltaic Application
TLDR
A microcontroller based charge controller using PWM (pulse width modulation) technique employed by the PIC16F877 microcontroller to charge a 12V battery using 80W solar panel is described.
Design and Development of Advanced Microcontroller Based Solar Battery Charge and Solar Tracking System
    Solar Powered Charging Station
      Design and Development of Microcontroller Based Soar Charge Controller
      • International Journal of Emerging Technology and Advanced Engineering