Regenerative Braking System Project

Description

Edit product “Regenerative Braking System Project” ‹ M.Tech B.Tech Engineering Projects Thesis Research Help in New Delhi, INDIA — WordPressRegenerative Braking System – Energy Recovery + Battery Charging + Inverter Output

#RegenerativeBraking #EVProjects #BatteryCharging #InverterOutput #EngineeringProjects

📘Introduction

Transportation has evolved rapidly over the past century, shifting from steam-powered vehicles to petrol and diesel engines, and now towards sustainable electric vehicles (EVs). However, one of the major barriers to the widespread adoption of EVs remains battery charging time and availability of charging infrastructure. According to the International Energy Agency (IEA), EV adoption is expected to cross 250 million vehicles by 2030, but studies show that range anxiety and long charging cycles remain two of the top concerns for consumers. To make EVs more efficient and practical, engineers are exploring technologies that can recover and reuse wasted energy.

One of the most promising innovations is the regenerative braking system (RBS). Traditional braking systems dissipate kinetic energy as heat, wasting valuable energy that could otherwise be harnessed. Regenerative braking, however, captures this kinetic energy during deceleration and converts it into electrical energy, which can be stored in the vehicle’s battery. Major EV manufacturers like Tesla, Nissan, and Toyota already employ regenerative braking, significantly improving battery range and efficiency. Reports suggest that regenerative braking can increase driving range by 10–25% depending on driving conditions. This project demonstrates a prototype regenerative braking system designed for electric vehicles. The model utilizes a friction lining arrangement within a brake drum, where motors connected to the lining act as dynamos. When brakes are applied, the friction lining contacts the drum, rotating the motors to generate electricity. The stronger the braking force, the more energy is produced. This harvested energy is stored in the EV battery, enabling continuous recharging while driving. Such a system not only reduces dependency on charging stations but also pushes us closer to a pollution-free and sustainable transportation future.

🎯Objective

1. Recover energy during braking and convert it into useful electricity.
2. Charge a 4V battery, step up voltage, and store in a 12V battery.
3. Power AC appliances using a 220V inverter connection.
4. Provide mobile phone charging through C-type port.
5. Develop a scalable regenerative energy system for electric vehicles.

🔁Block Diagram

                                                                   Block Diagram : Regenerative Braking System Project

🛠️Components Required

1. Brake Drum with Friction Lining
2. DC Motors (as Generators/Dynamos)
3. 4V Battery
4. Buck-Boost Converter
5. 12V Battery
6. 220V Inverter
7. AC Bulb (Load)
8. Charging Port (C-Type)
9. Supporting Circuit & Connectors

📑Methodology

This project demonstrates an advanced Regenerative Braking System (RBS) designed for efficient energy harvesting and utilization. The system captures kinetic energy typically lost as heat during braking and converts it into usable electrical power. By utilizing a custom-engineered friction lining arrangement inside a 3D-printed brake drum, the mechanism transfers mechanical force to dual motors acting as high-efficiency dynamos. This recovered energy is then processed through a sophisticated power electronics chain to support both high-voltage AC loads and modern DC mobile charging.

Technical Working Methodology

• Mechanical Energy Capture: The process begins with a precision CAD-designed brake drum integrated with internal friction linings. Under normal operation, the linings remain separated to allow free rotation. Upon braking, the mechanical engagement presses the linings against the drum, driving the dynamos to generate electricity proportional to the braking force.

• Initial Energy Storage: The raw electrical energy generated by the dynamos is first stabilized and stored in a 4V primary battery unit.

• Voltage Regulation & Boosting: To reach a functional power level, a Buck-Boost Converter steps up the primary 4V output to a consistent 15V DC.

• Secondary Charging Phase: This boosted 15V supply is used to efficiently charge a heavy-duty 12V DC battery, acting as the main reservoir for the system.

• AC Power Conversion (Inversion): The 12V DC reservoir is connected to an Inverter Circuit, which converts the stored energy into 220V AC. This is demonstrated by powering a standard AC bulb, proving real-world energy recovery.

• Versatile Output Options: Beyond AC applications, the system features a dedicated USB Type-C port for mobile charging, highlighting its versatility for Electric Vehicle (EV) integration and emergency household backup.

CAD Design

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This project is ideal for:
🎓 Final Year Projects | 🏆 Competitions | 🏭 Industrial Prototypes | 🔧 DIY & Exhibitions

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# 🔖 What’s Included in Regenerative Braking project ?

💯 Fully Working & Assembled
📘 Docs – Includes synopsis, PPT, report & diagrams
🔄 Circuit & Block Diagrams – Clear and labelled
💻 Arduino Code + Training – Upload & customize easily
⚙️ Working Principle Explained
📦 Component Specs + BOM
📑 Datasheets Provided – For sensors and modules
🔌 Complete Wiring Guide
🎓 Viva Q&A Help – With expert support via WhatsApp
🙌 Need custom features or upgrades? Just ask – We’re happy to help! 🙌

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Get the full working project with Components, Code, Diagrams & Explanation

No branding on project, handmade look for students, and different styles as required by students.
To Buy/ Make this project with training

Contact us:
👨🏼‍🏭Vipin Kumar Sharma
Ph.D., M.Tech, B.Tech in ECE
🎓Lecturer 🚀#Researcher #Drone #Robotics

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