Assessfy Pvt. Ltd Moderate 6 milestones 50 marks

Solar Wireless Electric Vehicle Charging System

Real-world project · AICTE-aligned · AI-graded · Audit-ready certificate

Enroll as Student Mentor this project

Milestones

Available mentors

Enrolled students

Core skills

About this project

Solar Wireless Electric Vehicle Charging System

Objective: To develop a prototype system for wirelessly charging electric vehicles using solar energy.

Context: As India pushes for clean mobility and renewable energy adoption, convenient and sustainable EV charging solutions are vital for widespread electric vehicle usage. Integrating wireless charging with solar power addresses grid dependency and user convenience.

What you'll build: You will design a wireless charging circuit using inductive coils, integrate it with a solar power supply, and manage energy flow with embedded systems like Arduino or Raspberry Pi. The project includes PCB design, power electronics configuration, and hands-on testing with actual loads to validate the system.

Deliverables: A working prototype of the solar-powered wireless charging system, test results, and a demonstration report.

Milestones

No deliverable required for this milestone.

2. Requirement analysis and feasibility study

10 marks 6d

Document the functional and technical requirements for a solar-powered wireless EV charging system. Include a feasibility analysis covering power needs, wireless charging standards, solar energy availability, and potential integration challenges. 'Done' means a clear, referenced report justifying project viability and outlining constraints.

3. Design of wireless charging circuit

10 marks 6d

Design and submit a detailed schematic of the wireless charging circuit, specifying all major components (coils, power electronics, control circuitry) and their ratings. Provide calculations supporting your design choices. 'Done' means a circuit diagram ready for prototyping, with rationale for each component selection.

4. Integration with solar power system

10 marks 6d

Create a block diagram and wiring plan showing how the wireless charging circuit interfaces with the solar power system, including charge controllers and energy storage. Explain how power flows from solar panels to the vehicle. 'Done' means a clear integration plan with all connections and control logic documented.

5. Testing with load

10 marks 6d

Assemble the integrated system and conduct tests using a representative load (e.g., resistive or battery load simulating an EV). Record input/output voltages, currents, and charging efficiency. 'Done' means a test report with measured data, analysis of results, and identification of any issues.

6. Final prototype demonstration

10 marks 6d

Demonstrate the working prototype of the solar wireless EV charging system in a video or live session. Show the system charging a load, and explain each subsystem's role. 'Done' means a functioning prototype with clear evidence of wireless charging powered by solar energy.

Open internships using this project -->

Upcoming sessions

Session	Window	Enrolled
Solar Wireless Electric Vehicle Charging System	11 Jun 2026 to 10 Jun 2028	0

Skills you'll learn

Wireless power transferSolar power integrationPower electronicsEmbedded systemsPCB design

Tools used

Solar panels Inductive charging coils Arduino or Raspberry Pi Power management ICs Multimetersoldering kit

Prerequisites

Basics of electromagnetism Understanding of solar panels and energy storage Knowledge of EV battery systems

Available mentors

Priyang Kumar

Free

You'll earn — Certificate (PDF)

AICTE-aligned Project Completion Certificate

A formal, audit-ready PDF certificate issued by Assessfy + your institute on successful completion. Includes AICTE credit hours, your evaluator's signature, and a QR code for third-party verification.

AICTE-aligned

Certificate of Project Completion

This is to certify that

has successfully completed the project

Solar Wireless Electric Vehicle Charging System

Scan to Verify

Date

Signature

Auto-issued on completion QR-verifiable

You'll earn — Digital Badge

Shareable LinkedIn / Resume Skill Badge

A compact, verifiable Open-Badges-2.0-compliant digital credential. Add to your LinkedIn profile, GitHub README, or resume in one click. Recruiters can validate authenticity via a unique URL.

Moderate

Solar Wireless Electric Vehicle Charg…

Assessfy

Auto-issued on completion One-click LinkedIn add