Assessfy Pvt. Ltd Advanced 5 milestones 100 marks

EV Fast Charger with Bidirectional Power Flow (V2G capable)

Target year: BE Sem 7-8 (Major Project Phase-I/II) AICTE: 6 credits · ~150 hrs Bloom: Create / Evaluate MU CBCS: EE801 / EEDLO8021 BE Project

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

Design a 22 kW DC fast charger with bidirectional capability (V2G — vehicle-to-grid). Includes: 3-phase AC-DC active front-end + isolated DC-DC + CAN-bus EV interface + cloud-connected charging controller. Simulate full stack in Simulink, build a 1 kW scaled prototype, and demonstrate G2V + V2G modes.

Course Learning Outcomes (CLOs):
CLO1: Apply EV charging standards (IEC 61851 + CCS protocol).
CLO2: Design bidirectional converter topologies for V2G.
CLO3: Implement CAN-based EV-charger handshake.
CLO4: Build + characterize a scaled hardware prototype.
CLO5: Evaluate techno-economic feasibility of V2G for Indian grid.

Industry/societal relevance: Indian EV market (Tata Motors, M&M, Ola Electric, Ather) + charging-infra players (Tata Power EZ Charge, Statiq, ChargeZone) hiring power-electronics engineers in volume.

Milestones

1. Spec Sheet + Topology Selection

15 marks 18d

Design choice: 3-phase AFE → CLLC isolated DC-DC → CCS-Type-2 connector. Justify per IEC 61851. Submit spec sheet.

2. Simulink Full-Stack Simulation

20 marks 21d

Closed-loop simulation: AC-DC + DC-DC + EV battery model. Verify G2V (charging) + V2G (discharging) at 22 kW.

3. CAN-Bus EV Handshake

20 marks 21d

Implement ISO 15118-style handshake (simulated EV side). State machine: pre-charge → CP cycle → charge / discharge.

4. 1 kW Hardware Prototype

25 marks 26d

Scale down to 1 kW. Build AFE + DC-DC with SiC MOSFETs + STM32 controller. Validate G2V at 12V scaled battery.

5. V2G Demo + Final Defense

20 marks 22d

Demonstrate V2G mode injecting back to lab supply. Power flow plots, efficiency curve. 14-page IEEE-format report + oral defense.

Open internships using this project -->

Skills you'll learn

EV charging standards (IEC 61851CCS/CHAdeMO)Bidirectional Power ElectronicsIsolated DC-DC topologiesCAN-busEmbedded firmwareGrid-code compliance

Tools used

MATLAB Simulink + Simscape ElectricalSTM32H7 (or TI C2000)CAN-bus dev kitPower MOSFETs / SiC MOSFETs (Lab)Programmable DC sourceGitHub

Prerequisites

Power Electronics; Electric Vehicle Technology elective; Embedded Systems; lab access to high-current setup

Available mentors

No mentors have signed up for this project yet.

Be the first to mentor

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

EV Fast Charger with Bidirectional Power Flow (V2G capable)

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.

Advanced

EV Fast Charger with Bidirectional Po…

Assessfy

Auto-issued on completion One-click LinkedIn add