Regenerative Braking System
Project Fee:Negotiable
Project Discount:0
Project Duration:One Month
Regenerative Braking System
The Regenerative Braking System is designed to recover energy during braking and convert it into electrical energy for storage. Instead of allowing all braking energy to be lost as heat, the system uses a motor operating as a generator to produce electricity, which can be stored in a battery. This technology helps improve energy efficiency in electric vehicles and other motor-driven applications.
Recover energy during braking.
Convert mechanical energy into electrical energy.
Store recovered energy in a battery.
Improve overall energy efficiency.
Reduce energy wastage during braking.
Demonstrate sustainable vehicle technology.
Connect a DC motor to a rotating wheel or mechanical drive.
Use the motor as a generator during deceleration.
Connect the generated output to a suitable charging circuit.
Store the recovered electrical energy in a rechargeable battery.
Monitor generated voltage using a voltmeter.
Test energy recovery under different rotational speeds.
DC Motor
Rechargeable Battery
Charging Circuit
Motor Driver
Brake Switch
Voltmeter
Arduino Uno
Relay Module
Mechanical Wheel
During normal operation, the motor drives the wheel.
When braking is applied, the motor's operation changes to generator mode.
The rotating wheel drives the motor and produces electrical energy.
The charging circuit regulates the generated output for battery charging.
The battery stores the recovered energy for later use.
The voltmeter displays the generated voltage during braking.
Energy recovery during braking
Improved energy efficiency
Reduced energy wastage
Battery energy replenishment
Sustainable transportation technology
Potential improvement in driving range
The Regenerative Braking System demonstrates how braking energy can be converted into useful electrical energy instead of being entirely dissipated as heat. By integrating a motor-generator, charging circuit, and battery, the project illustrates an important energy-saving principle used in electric vehicles. The amount of energy recovered depends on motor characteristics, rotational speed, and charging efficiency.
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đđ¨đ§đđđđ đđđđđĸđĨđŦ:
đ 01894-801150, 01886-180101
đ§Email: projects.zeronebd@gmail.com
đWeb: https://www.projects.zeronebd.com
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