Hey Guyzz...
In this pandemic I trust everybody is at home staying safe.
I made a new project named Bluetooth Controlled Solar Robot
watch the whole video to make this project at home.
In this project robot is controlled by bluetooth phone application which is designed by me and solar panels are used so that batteries are charged.
If you like this project respect it.
Give me suggestions so I can improve it or any feedback you want to give to my YouTube channel.
link is : https://studio.youtube.com/channel/UCaXI2PcsTlH5g0et67kdD6g
Also you can give me suggestions on "What I made next project.?"
Steps to make this project:
1. Gather components like Arduino, Dc geared motors with wheels, Solar Panels 5v each, cardboard, l293d motor driver shield, 2 x 18650 rechargeable batteries, switch, Jumper wires etc.
2. Take cardboard and place all 4 dc motors to make car.
3. Make solar panels stand and place it on the car.
4. Place red lights and front white headlight on the car.
5. Take Bluetooth module and make a stand of it.
6. Place Arduino Uno and L293D motor shield on the car.
7. Place Bluetooth module on the car.
8. Make connections from circuit diagram.
9. Upload the code, remember while uploading code disconnect Tx and Rx pins from Arduino.
10. Take any android mobile and download the app from the link below.
11. Install the mobile app (in some full high resolution mobile it will not work )
12. Open phone bluetooth and search for HC-05 and add password 0000 or 1234.
13. Open app connect Bluetooth and enjoy.
For Android application : Telegram me at +919557024177 or message me on instagram eif.08
Your project is ready...!!!
Visit my YouTube channel once and see more interesting projects.
"Electronics is Fun"
If you like my channel subscribe it please.
link: https://studio.youtube.com/channel/UCaXI2PcsTlH5g0et67kdD6g
EXPANDED TECHNICAL DETAILS
Autonomous Renewable Rover
The Bluetooth Solar Bot is a sustainable mobile robot that combines renewable energy harvesting with precise smartphone control.
- Solar-to-Battery Management: Features a high-efficiency solar panel that charges a LiPo battery via a 5V boost converter. The Arduino monitors the charging current and reports the "Energy Level" to the mobile app.
- SPP Serial Handshake: Uses an HC-05 Bluetooth module. The Arduino receives high-speed motor commands from a mobile app, allowing for 360-degree maneuvering and speed control.
Efficiency
- Power-Saving Idle Mode: If the Bluetooth connection is lost, the Arduino automatically enters a low-power "Sun-Tracking" mode, orienting its panel for maximum charge while waiting for a new command.