PIC Microcontroller based Remote Monitoring and Control for Solar Power Systems

Remote monitoring and control: This program would allow for remote monitoring and control of the solar power system via a web interface or mobile app. It would enable monitoring of the solar panel performance, battery status, power consumption, and other system parameters.

Here is an example of a program code for remote monitoring and control of a solar power system using a PIC microcontroller:

This program allows for remote monitoring and control of the solar power system via a web interface or mobile app. It uses the Ethernet library and sets up a simple web server on the PIC microcontroller with a predefined IP address and port number. It then waits for incoming client connections. Once a client connects, it reads the request and based on the request it reads the voltage, current and power consumption of solar panel and battery and sends it back to the client.

It's worth noting that this is a simple example of remote monitoring and control of a solar power system, and in a real-world scenario, more robust and secure communication protocols and authentication mechanisms would be required. Additionally, more data such as temperature, humidity, and other environmental factors could also be included in the monitoring and control system.