Electric Vehicle Lab

A complete, industry-grade electric mobility training infrastructure — from battery packs and BMS to motor control and full vehicle architecture — built for India's EV transition.

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Lab Highlights

Everything Your EV Engineers Need

Hardware, trainer kits, simulators and curriculum — engineered for real industry exposure from day one.

01

Battery Pack Trainer

Configurable Li-ion modules for pack design, balancing, diagnostics and thermal studies.

02

BMS Workbench

Develop, flash and validate Battery Management Systems on real packs with telemetry.

03

Motor & Controller Rig

BLDC, PMSM and induction motors with controller tuning, dyno and load testing.

04

Charger Simulator

AC & DC charging workbench including CCS-2, Bharat DC-001 and GB/T protocol testing.

05

Vehicle Architecture Kit

Full powertrain cut-section from 2W to 4W EV, with CAN bus and ADAS integrations.

06

EV Diagnostics Bay

OBD tools, high-voltage safety kits, thermal imaging and service-level troubleshooting.

07

Simulation Software

MATLAB/Simulink, PLECS and Ansys-ready stations for digital twin modelling.

08

Industry Curriculum

120+ hours of ARAI and NSDC-aligned content including live industry case studies.

Real Installations

Deployed Across India's Leading Institutions

EV Center of Excellence — Government Polytechnic
EV 2-Wheeler Simulator Lab
EV Lab with Tool Trolley
EV Lab Cutout Section
Core Modules

Lab Components & Learning Stations

Structured learning stations that mirror the real EV manufacturing and service floor.

Battery Systems StationBATTERY

Battery Systems Station

Cell testing, pack assembly, welding, and SOC/SOH characterisation on production-grade equipment.

Powertrain LabPOWERTRAIN

Powertrain Lab

Motor dyno, efficiency mapping, regenerative braking and torque-vectoring analysis.

Charging InfrastructureCHARGING

Charging Infrastructure

AC, DC fast charging and V2G-ready workbench with smart-grid simulation.

Power ElectronicsELECTRONICS

Power Electronics

Inverters, converters, gate-driver boards and SiC/GaN-based switching circuits.

Embedded ControlsCONTROL

Embedded Controls

ECU programming, CAN communication, AUTOSAR basics and hardware-in-loop testing.

HV Safety & ComplianceSAFETY

HV Safety & Compliance

High-voltage PPE, AIS-156 norms, ISO 26262 awareness and thermal runaway drills.

Why This Lab

Purpose-Built for India's EV Revolution

Partner with a team that has already deployed EV labs across 200+ institutions and skilled 60,000+ engineers.

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  • ✓
    ARAI & NSDC AlignedCurriculum mapped to national skill frameworks.
  • ✓
    Real Industry HardwareComponents sourced from OEMs in production use.
  • ✓
    Trainer OnboardingTwo-week deep certification for your faculty.
  • ✓
    Placement NetworkDirect pipeline with EV OEMs and Tier-1 suppliers.
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    Warranty & AMC3-year comprehensive warranty with on-site support.
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    Future-Ready UpgradesAnnual content refresh and modular scale-up.
FAQ

EV Lab Questions, Answered

A typical full-scale EV Lab fits in 800–1200 sq. ft. with standard 3-phase power, basic exhaust ventilation and anti-static flooring. Compact configs from 400 sq. ft. are available.
Most installations complete within 30–45 working days from PO, including civil readiness review, delivery, commissioning and trainer certification.
Yes — all content is mapped to NSDC Qualification Packs, ARAI modules and AICTE model curricula where applicable.
Every deployment includes a 2-week trainer bootcamp, quarterly refreshers and expert helpdesk access for 36 months.
Yes — our modular architecture lets you begin with the Battery & Motor station and progressively add charging, controls and simulation modules.
Get Started

Get Your EV Lab Setup

Talk to our EV architects and get a detailed proposal customised for your institution.

Request Proposal → Request Service