Solar Bike
- Availibility: In Stock
Components Required:
- Solar Panels (Sufficient wattage to charge the battery and power the motor)
- Electric Motor (For bike propulsion, e.g., 250W or 500W DC motor)
- Battery (Rechargeable battery pack, e.g., Li-ion or Lead-acid battery)
- Charge Controller (To manage charging from solar panels to battery)
- Battery Management System (BMS) (To monitor and protect the battery)
- Motor Controller (To control the electric motor based on input from the throttle)
- Throttle (For speed control)
- Brake Sensors (Optional, for regenerative braking)
- Wiring and Connectors (For electrical connections)
- Frame (Suitable bike frame for mounting components)
- Pedal Assist System (Optional, for hybrid operation with manual pedaling)
- Display Unit (For battery status and speed indicators)
- Safety Equipment (Fuses, circuit breakers, etc.)
- Mounting Hardware (For securing solar panels and other components)
Qty
Your Transaction is Secure
We work hard to Protect your Security and Privacy. Our Payment Security System Encrypts your information during transmission.
Description
Project Description: The solar bike project involves integrating solar panels with an electric bike to create a sustainable transportation solution. Students will mount the solar panels on the bike to capture sunlight and generate electrical energy. This energy will be directed to a battery through a charge controller, which ensures efficient charging and battery protection.
The electric motor, powered by the battery, will provide propulsion for the bike. A motor controller will regulate the motor’s speed based on input from the throttle. Optionally, a pedal assist system can be included to allow manual pedaling in conjunction with the electric motor.
Steps Involved:
- Mount Solar Panels: Secure the solar panels on the bike’s frame or a suitable carrier.
- Install Charge Controller and Battery: Connect the solar panels to the charge controller, which will then connect to the battery.
- Integrate Electric Motor and Controller: Mount the electric motor on the bike and connect it to the motor controller.
- Connect Throttle and Display Unit: Install the throttle on the handlebar and connect it to the motor controller. Install the display unit to show battery status and speed.
- Safety Checks: Ensure all connections are secure, and safety equipment is in place.
Applications:
- Demonstrating renewable energy applications in transportation
- Providing a practical example of integrating solar energy with electric vehicles
- Offering hands-on experience with solar energy systems, electric motors, and power management
Additional information
Reviews
Add a Review
Your email address will not be published. Required fields are marked *
