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Mobility Li-Ion Battery Training Course
Master lithium-ion battery technology, BMS design, and EV pack integration — and launch your career or business in India's fastest-growing energy storage sector.
What Is the Mobility Li-Ion Battery Training Course?
India's most practical li-ion battery training course, the IISE Mobility Programme gives you deep hands-on expertise in lithium-ion battery technology for mobility and energy storage applications. The course covers cell chemistry, Battery Management System (BMS) design, EV pack engineering, thermal management, and State of Charge (SoC) estimation — everything you need to become a productive battery professional from day one.
India's EV sector is adding tens of thousands of new battery-related jobs every year, and the energy storage market is expanding equally fast. Trained engineers, EV startup founders, and energy consultants are in high demand. IISE's Battery Systems Courses are designed specifically for this moment — and this li-ion battery training course is the flagship programme. If you are also considering a career in electric mobility, IISE's Electric Vehicle Systems courses pair seamlessly with this certification.
"By 2030, India needs 50,000+ trained battery professionals to meet its EV and energy storage targets. This course is your entry point."— IISE Research Cell, 2024
Who Should Attend This Course?
Engineering & Science Graduates
B.E./B.Tech in Electrical, Electronics, Mechanical, or related streams looking to specialise in EV battery technology and enter India's booming energy storage industry.
Working Professionals
Engineers and technicians already in the EV, automotive, solar, or power electronics industry seeking to upskill with a recognised li-ion battery certification.
Entrepreneurs & Investors
Founders and investors planning to enter the Battery Storage, EV charging, or renewable energy storage business — this course gives you the technical foundation to make informed decisions.
Course Curriculum & Module Breakdown
Fundamentals of Li-Ion Cell Chemistry
- Cell types and chemistries: NMC, LFP, NCA, LTO — properties and trade-offs
- Electrochemical reactions, intercalation, and electrolyte behaviour
- Understanding C-rate, capacity, energy density, and power density
- Cycle life, calendar ageing, and degradation mechanisms
- Thermal runaway: causes, propagation, and prevention basics
Battery Management System (BMS) Design
- State of Charge (SoC) estimation: Coulomb counting, Kalman filter, OCV methods
- State of Health (SoH) monitoring and end-of-life prediction
- Passive and active cell balancing — circuit design and trade-offs
- Protection circuits: over-voltage, under-voltage, over-temperature, short-circuit
- Communication protocols: CAN bus, SMBus, I2C — implementation and debugging
EV Battery Pack Design & Integration
- Series and parallel cell configuration for target voltage and capacity
- Thermal management: liquid cooling, air cooling, phase-change materials
- Mechanical packaging, housing design, and vibration standards
- High-voltage safety: isolation monitoring, contactor logic, pre-charge circuits
- Integration with motor controller, charger, and vehicle CAN network
Charging Systems & Infrastructure
- CC-CV charging algorithm — stages, parameters, and optimisation
- Fast charging standards: CHAdeMO, CCS Combo, GB/T, Bharat DC-001
- EVSE (Electric Vehicle Supply Equipment) design fundamentals
- On-board charger (OBC) topology and efficiency considerations
- Smart charging, demand response, and V2G (Vehicle to Grid) introduction
Battery Testing, Diagnostics & Safety
- Capacity testing, HPPC (Hybrid Pulse Power Characterisation), and charge retention
- Electrochemical Impedance Spectroscopy (EIS) for cell characterisation
- Abuse testing: nail penetration, crush, overcharge, thermal ramp
- UN 38.3 transport regulations and AIS 038 / IS 12585 India standards
- Field diagnostics, warranty analysis, and battery second-life assessment
Business of Battery Storage
- India's battery storage market landscape: players, policy, and projections
- Techno-economic analysis: CAPEX, OPEX, LCOE, and ROI for storage projects
- Starting a battery pack assembly unit: machinery, sourcing, BIS compliance
- EV service centre business model: workshop setup, tools, and revenue streams
- PLI scheme, FAME-II, and government incentives for battery manufacturers
Tools & Software You Will Work With
This li-ion battery training course is built around industry-standard tools used by battery engineers across India's top EV companies and energy storage firms.
Li-Ion vs Other Battery Technologies — A Quick Comparison
Understanding where Li-Ion sits in the battery landscape is the foundation of this course. Here's how it compares with other technologies commonly used in India's energy and mobility sector.
| Technology | Energy Density | Cycle Life | Cost / kWh | Safety | Best Use Case | Mobility Fit |
|---|---|---|---|---|---|---|
| Lead-Acid | Low (30–50 Wh/kg) | 300–500 | Low | Moderate | UPS, Backup Power | ❌ Poor |
| VRLA / AGM | Low–Medium | 400–600 | Low–Med | Moderate | Telecom Backup | ❌ Poor |
| Gel | Medium (50–75 Wh/kg) | 500–800 | Medium | Good | Solar Storage | ⚠️ Limited |
| Li-Ion NMC ⭐Recommended for Mobility | High (150–220 Wh/kg) | 1,000–2,000 | Medium–High | Good (with BMS) | EVs, Laptops, Power Tools | ✔︎ Excellent |
| LiFePO4 (LFP) | Medium (90–160 Wh/kg) | 2,000–6,000 | Medium | Excellent | Energy Storage, e-Buses | ✔︎ Very Good |
Explore All Battery Systems Courses →
⚡ EV Battery Pack Sizing Calculator
Estimate the energy capacity and number of cells needed for your EV application. Enter your vehicle specs below.
Want to design and build this pack yourself?
Enroll in the Li-Ion Battery Course →Career Outcomes After This Course
India's battery storage and EV market is projected to reach ₹3.5 lakh crore by 2030, creating an unprecedented demand for qualified battery professionals. This li-ion battery training course positions you at the forefront of that wave. Pair it with IISE's Electric Vehicle Systems courses for an end-to-end EV engineering qualification that top employers actively seek.
Battery Engineer
BMS Design Engineer
Energy Storage Consultant
EV Battery Entrepreneur
What Our Alumni Say
"The BMS design module was exactly what I needed to move from theory to real hardware. The hands-on lab sessions with TI BQ-series chips gave me practical confidence that no textbook could. Within two months of completing the course, I had an offer from a Pune-based EV startup."
"As someone transitioning from conventional automotive, I was sceptical about online learning for something as hands-on as battery systems. IISE's blended approach — online theory plus the physical simulation kit — made all the difference. The SoC estimation labs were outstanding."
"I enrolled to understand the technology before launching my battery storage business. Module 06 on the Business of Battery Storage was a revelation — it helped me write a proper techno-economic analysis for my first client. IISE's placement cell even connected me with a government project."
Enroll in the Mobility Li-Ion Battery Training Course
Join 3,000+ IISE alumni shaping India's energy future. Get certified in 1–3 months with hands-on lab access and lifetime placement support.
Have questions? Talk to a counsellor →
Frequently Asked Questions
Learn More — From the IISE Blog
Explore All Battery Systems Courses
From lead-acid to Li-ion — IISE offers India's most comprehensive battery technology training programmes for engineers, professionals, and entrepreneurs.
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FEE ONLINE PAYMENT by NEFT. Details are enclosed below.
NEFT favoring
INDIAN INSTITUTE OF SOLAR ENERGY
Current Account No.: 000412100071051
Bank Name: BHARAT BANK
Branch: CHEMBUR – MUMBAI
IFSC: BCBM0000005
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