Solar Panel Batter Charing Circuit Arduino

Nowadays the most advance solar charge controller available in the market is maximum power point tracking mppt.

Solar panel batter charing circuit arduino.

This uses the energy from some solar cells to charge the batteries and boosts the voltage from it to the 5v used by the arduino uno. This circuit was based on the awesome tutorial by deba168 solar powered arduino weather station. Lets take 100 mah for charging the battery total current required 100 100 200mah from the above calculation it is clear that we need a solar panel of 4v and 200mah. First you ll have to assemble the solar powered battery charger circuit.

The following design is for a solar battery charger ran by an arduino nano. Solar cells are connected to the input of the lithium battery charger tp4056 whose output is connected to the 18560 lithium battery. The controller uses two stages charging algorithm. Furthermore the design has been tested and runs with 90 efficiency under 70ᵒc 158ᵒf.

Aug 30 2015 solar powered led light circuit diagram and schematic design. Battery capacity is 1300mah c 10 130mah the solar panel has to provide current 100mah for arduino along with a current not more than 130mah. Emergency household lighting using power leds powered by the solar panel and lead acid battery. Solar cells are connected to the input of the lithium battery charger tp4056 whose output is connected to the 18560 lithium battery.

This design is suitable for a 50w solar panel to charge a commonly used 12v lead acid battery. First you ll have to assemble the solar powered battery charger circuit. It can take up to 20v on the input site of the charger. This uses the energy from some solar cells to charge the batteries and boosts the voltage from it to the 5v used by the arduino uno.

The arduino mcu senses the solar panel and battery voltages. It can handle a standard lead acid 12v battery like for a scooter or a car. Charging voltage is typically around 4 2v. The amount of charging current is determined by the difference between battery voltage and charge setpoint voltages.

According to these voltages it decides how to charge the battery and control the load. The microcontroller used is in this controller is arduino nano. You can also use other arduino board like pro mini micro and uno. Voltage booster s input ranges from 0 9 to 5 0v.