This document outlines the design and functionality of a solar-powered circuit that is designed to harness solar energy to power an Arduino Mega 2560 microcontroller. The circuit includes a solar panel, a 12V battery, a solar charge controller, and the Arduino Mega 2560. The solar panel charges the battery through the solar charge controller, which also provides a regulated power supply to the Arduino. The Arduino is programmed to perform tasks as per the user's requirements.
+
(Positive), -
(Negative)+
(Positive), -
(Negative)Solar Cell +
, Solar Cell -
, Battery +
, Battery -
, Load +
, Load -
IOREF
, RESET
, 3V3
, 5V
, GND
, VIN
), and communication pins (A0
-A15
, D21/SCL
, D20/SDA
, D19/RX1
, D18/TX1
, etc.)+
connected to Solar Charge Controller
Solar Cell +-
connected to Solar Charge Controller
Solar Cell -+
connected to Solar Charge Controller
Battery +-
connected to Solar Charge Controller
Battery -Solar Cell +
connected to Solar Panel
+Solar Cell -
connected to Solar Panel
-Battery +
connected to Battery 12V
+Battery -
connected to Battery 12V
-Load +
connected to Arduino Mega 2560
5VLoad -
connected to Arduino Mega 2560
GND5V
connected to Solar Charge Controller
Load +GND
connected to Solar Charge Controller
Load -sketch.ino
void setup() {
// put your setup code here, to run once:
}
void loop() {
// put your main code here, to run repeatedly:
}
documentation.txt
file for the Arduino Mega 2560 is currently empty and does not contain any additional information or code.This concludes the documentation for the solar-powered Arduino circuit. The circuit is designed to be energy-efficient and environmentally friendly, utilizing renewable solar energy to power the microcontroller for various applications.