Description
Abstract
In this project, we will learn how to make our own IoT Based Energy Monitoring using ESP32 & monitor data on the Blink Application. Our Blink app Based Energy Monitoring System have saved people up to 25% off their electricity bills by raising their awareness. Energyly aims to create a sustainable world with its IoT technology and people expertise to lower costs, drive effeciencies and reduce environmental impact. The ESP32 is a great platform for building myriads of IoT devices. One of its shortcomings however is the lack of multiple Analog-to-Digital Converters (ADC’s). ESP32 present an efficient and co- effective to transfer the information of energy consumer wirelessly as well as it provides to detect the usage of the electricity the main intention of this project is measure wattage and current consumption in home appliances or any load . The ESP32 is used to send the data to blink app wirelessly . PT and CT is used to check the amount of wattage and current to the load using Arduino interfacing. The objective of this system is to monitor the amount of electrical parameters. The energy grid needs to be implemented in a distributed topology that can dynamically absorb different energy sources.The energy consumption can be monitored by using an electric device called energy meter. The user can check their Power usage from anywhere and at any time interval..
HIGHLIGHTS
- Our Blynk app Based Energy Monitoring Systemhave saved people up to 25% off their electricity bills by raising their awareness.
- TheESP32 is a great platform for building myriads of IoT devices.
ESP32 present an efficient and co- effective to transfer the information of energy consumer wirelessly as well as it provides to detect the usage of the electricity the main intention of this project is measure wattage and current consumption in home appliances or any load
BLOCK DIAGRAM
HARDWARE REQUIREMENTS
- Stepdown transformer
- Voltage regulatory circuit
- Lcd display
- ESP32
- Current transformer
- load
Heena patel –
Online customer support by the electrosal support team is quite promising. They attended me and solved my doubt each time I made a video call.
Pallavi Lakade –
Had ordered AUTOMATIC POWER FACTOR CORRECTION USING ARDUINO project. the kit was as demonstrated in video n the study material provided with the kit was really helpful, a nice learning experience.
omkar Rajput –
Nice Customer Support. Thanks For Online Video Call Support.
Tarun Kumar –
I saw this project video on youtube and desided to purchase this kit. I got this kit in time with in good condition. With the help off eplanatory video I can understand all concepts easily.
TUSHAR NAGPUL –
Good project and best service