![]() Now for circuit connections we will connect the positive terminal of the solar panel with the positive terminal of the voltage sensor and negative terminal of the solar panel with the negative terminal of the voltage sensor. ![]() Solar Panel Monitoring System Circuit Diagram: Now let’s take a look at the circuit diagram. Once you have installed the Nodemcu ESP8266 board and the necessary libraries then you are all set. ![]() I highly recommend to read this article, if you have not yet setup your Nodemcu ESP8266, this article will really help you in getting started. In this article I also explained how to setup your Blynk library. In this article I explained the Nodemcu ESP8266 Pinout, technical specs, and I also explained how to write your very first program to control an LED. I have a very detailed tutorial on “ Nodemcu ESP8266 Arduino IDE Board Manager URL Link Installation and first project”. So, first you will need to install the board before you can use it with the Arduino IDE. The time you install the Arduino IDE you won’t see the Nodemcu ESP8266 in the boards list. Nodemcu ESP8266 is a 3.3V compatible controller board and it can programmed using the Arduino IDE. I would appreciate your support in this way! Getting Started with Nodemcu ESP8266: I may make a commission if you buy the components through these links. In this article I have explained how to migrate your projects from Blynk 1.0 to the new Blynk V2.0. For the blynk mobile App setup and Blynk.cloud dashboard setup ready my article on the New Blynk V2.0. Note: this old version of the Blynk app is no more functional. For this project we will require the following components: So, this is basically an IoT based project. The advantage of using the Nodemcu ESP8266 and Blynk application is, we can monitor the Solar Panel voltage and other parameters from anywhere in the world using our cell phone. In this project we will monitor the solar panel using Blynk application through ESP8266 Nodemcu. I highly recommend you should read my previous articles to understand things in more depth. The only difference is that, this time I am doing it for the solar panel instead of 12V battery. I will be using the same voltage sensor and the same Nodemcu ESP8266 for monitoring the Solar Panel. You might be thinking why am I talking about these 4 projects, well the answer is monitoring a battery or monitoring a solar panel are exactly the same. In all these 4 tutorials, I have explained how to monitor the battery voltage using different technologies. Esp8266 Iot battery monitor, battery voltage monitoring using nodemcu esp8266 wifi module.Wireless Battery Voltage Monitoring using Arduino, NRF24L01, & Bluetooth. ![]() Wireless battery voltage monitor using Arduino and Bluetooth.12v Battery Voltage Monitor using LEDs and LM339 comparator.Solar Panel Monitoring System using ESP8266 Nodemcu- I have been using Nodemcu ESP8266 WiFi module, Voltage sensor 0-25V, DHT11 Temperature and Humidity module, and Relay modules in different beginners, intermediate, and advanced level projects. Solar panel monitoring system using esp8266: Solar Panel Monitoring System Code Explanation:.Solar Panel Monitoring System ESP8266 Code:.Blynk App for the solar Panel monitoring system:.Solar Panel Monitoring System Circuit Diagram:.Solar panel monitoring system using esp8266:. ![]()
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