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ESP8266 Monitor its Own Battery Level using Blynk IoT for Battery Powered Projects

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In this project, we will build an IoT-based Projects in which ESP8266 Monitor its Own Battery Level using Blynk IoT Cloud. We can monitor the sensor data as well as battery charging/discharging status along with Battery Voltage & Percentage.
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Get 1-2 Layer PCBs only at $5
Build Time: Only 24 hour
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Project Description:
Here for the demonstration, we will build an IoT weather station using DHT22 Temperature & Humidity sensor, ESP8266 development board, and Blynk IoT Cloud for remote monitoring. The whole system is powered by a single 3.7V lithium-ion battery. This battery can power nodemcu boards for around 10 hours. We need to charge the battery again using the TP4056 charging module. But sometimes I forget to charge and the whole system is down. So, to overcome this problem I thought of adding a battery monitoring system to the same project.
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► ESP8266 Monitor its Own Battery Level using Blynk IoT for Battery Powered Projects
***************************************
► IoT Based Battery Monitoring System using ESP8266
► IoT Based Battery Monitoring System Using ESP8266 & Arduino IoT Cloud
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#BMS #ESP8266battery #IoTbatterymonitor #BlynkIoT #NewBlynk #NodeMCU #esp8266 #esp8266project
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Components Required:
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***************Some Recent Projects***************
► ESP8266 Based Smart Kitchen Automation & Monitoring System
► RFID based Attendance System using Arduino and SIM800L Module with SMS Notification
► IoT Based Battery Monitoring System Using ESP8266 & Arduino IoT Cloud
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Chapters:
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00:00 Overview: Monitor Battery Level using ESP8266 & Blynk IoT
01:36 Components required
02:10 Lithium-Ion Batteries
02:35 Nominal, Maximum & Cut-off Voltage
03:02 Circuit Diagram: ESP8266 Battery Level Monitoring
03:50 Voltage Divider Network Calculations
04:50 Project PCB Gerber File & PCB Ordering Online
05:39 Setting up Blynk IoT Dashboard
05:54 Creating Blynk New template
06:23 Creating New Blynk Datastream
07:18 Creating Events on Blynk for Notification Alerts
08:00 Design the Blynk 2.0 Web Dashboard
08:36 Source Code/Program
09:22 Blynk IoT 2.0 Mobile application setup
10:15 Reconfiguring wi-fi credentials on a device without hardcoding
10:44 Project Demo
11:24 Fixing Voltage Value and Calibration
12:03 Conclusion
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Follow us on Social Media:
************************
Please Subscribe to this Channel and Never Miss any Future Projects
Thank You for Watching
-~-~~-~~~-~~-~-
Please watch: "Relay Control with Arduino & DWIN HMI Display"
-~-~~-~~~-~~-~-
***************************************
Get 1-2 Layer PCBs only at $5
Build Time: Only 24 hour
***************************************
Project Description:
Here for the demonstration, we will build an IoT weather station using DHT22 Temperature & Humidity sensor, ESP8266 development board, and Blynk IoT Cloud for remote monitoring. The whole system is powered by a single 3.7V lithium-ion battery. This battery can power nodemcu boards for around 10 hours. We need to charge the battery again using the TP4056 charging module. But sometimes I forget to charge and the whole system is down. So, to overcome this problem I thought of adding a battery monitoring system to the same project.
***************************************
► ESP8266 Monitor its Own Battery Level using Blynk IoT for Battery Powered Projects
***************************************
► IoT Based Battery Monitoring System using ESP8266
► IoT Based Battery Monitoring System Using ESP8266 & Arduino IoT Cloud
***************************************
#BMS #ESP8266battery #IoTbatterymonitor #BlynkIoT #NewBlynk #NodeMCU #esp8266 #esp8266project
***************************************
Components Required:
***************************************
***************Some Recent Projects***************
► ESP8266 Based Smart Kitchen Automation & Monitoring System
► RFID based Attendance System using Arduino and SIM800L Module with SMS Notification
► IoT Based Battery Monitoring System Using ESP8266 & Arduino IoT Cloud
********************************************
Chapters:
********************************************
00:00 Overview: Monitor Battery Level using ESP8266 & Blynk IoT
01:36 Components required
02:10 Lithium-Ion Batteries
02:35 Nominal, Maximum & Cut-off Voltage
03:02 Circuit Diagram: ESP8266 Battery Level Monitoring
03:50 Voltage Divider Network Calculations
04:50 Project PCB Gerber File & PCB Ordering Online
05:39 Setting up Blynk IoT Dashboard
05:54 Creating Blynk New template
06:23 Creating New Blynk Datastream
07:18 Creating Events on Blynk for Notification Alerts
08:00 Design the Blynk 2.0 Web Dashboard
08:36 Source Code/Program
09:22 Blynk IoT 2.0 Mobile application setup
10:15 Reconfiguring wi-fi credentials on a device without hardcoding
10:44 Project Demo
11:24 Fixing Voltage Value and Calibration
12:03 Conclusion
***********************
***********************
Follow us on Social Media:
************************
Please Subscribe to this Channel and Never Miss any Future Projects
Thank You for Watching
-~-~~-~~~-~~-~-
Please watch: "Relay Control with Arduino & DWIN HMI Display"
-~-~~-~~~-~~-~-
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