Arduino Energy Monitor

The arduino energy monitor.

Arduino energy monitor.

To keep component count low and the circuit as simple as possible the ads1115 is used in differential mode eliminating the need for bias resistors. The energy monitor can calculate real power apparent power power factor rms voltage rms current. 1x 9v ac ac power adapter. All the calculations are done in the digital domain on an arduino.

Nov 19 2008 08 52 pm. The display the display unit. The sketch is the software that runs on the arduino. The code is shown in the attached images here is the link to download the energy meter code.

Open source smart energy monitor with some new features like terminal commands readings logger and data plotting. You can use the eagle files to get a professional board made or you can email me and see if i have any on hand for sale. 1x 100kohm resistor for step down voltage divider. This basic version is for apparent power only.

Upload the arduino sketch. Now you can upload your sketch onto your arduino if you haven t uploaded a sketch before then follow this guide on getting started. First a quick look at the installed setup. 1x 9v ac ac power adapter 1x 100kohm resistor for step down voltage divider.

Introducing the openenergymonitor system. The arduino converts the raw data from its analog input into human readable values then sends them to the serial port monitor. The arduino energy monitor read 17952 times previous topic next topic. The energy monitor can calculate real power apparent power power factor rms voltage rms current.

Smart energy monitor based on arduino project tutorial by mohamed maher. Because your setup ct resistors and input voltage may be different there is a scaling factor in the sketch which you will need to change before you will get. Step one gather components. This project creates a real power energy monitor using a nodemcu module with esp8266 12 and ads1115.

Attached to this step are the eagle schematics and board layouts for the arduino energy monitor shield as well as pdfs for printing and using the toner method for etching your own pcb. Pre assembled open hardware electricity temperature and humidity monitoring units based on the arduino and raspberry pi platforms. Note that if etching your own board the through hole parts will be a bear to solder. Step one gather components.

All the calculations are done in the digital domain on an arduino. Wiring up the circuit.