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Vehicle Architecture
Chassis integration, suspension clearance, and crash load paths.
Engineering Energy for Motion.
Advanced lithium-ion battery systems engineered for the next generation of electric mobility.
From compact two-wheelers to passenger vehicles, commercial fleets and buses, Li Energy develops battery platforms designed around performance, safety, durability and real-world vehicle requirements.
Coverage
2W to Heavy Duty
Electrochemistry
LFP & High-Voltage LMFP
Thermal Architecture
<2.5°C Microchannel Liquid
Integration
End-to-End OEM Co-Design
01. Urban & Light Mobility
Urban & Light Mobility Solutions
Smart, high-durability battery systems for two-wheelers, three-wheelers, last-mile delivery fleets, and passenger cars engineered for rigorous daily urban duty cycles.
012W
Electric Two-Wheelers
SCOOTERS • MOTORCYCLES • FLEET VEHICLES
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023W / L5
Electric Three-Wheelers
PASSENGER VEHICLES • CARGO VEHICLES • L5 PLATFORMS
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03LCV
Light Commercial Vehicles
COMMERCIAL & LAST-MILE LOGISTICS
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02. Commercial & Heavy Mobility
Commercial, Transit & Heavy Mobility
High-capacity, liquid-cooled battery architectures designed for city buses, industrial forklifts, heavy duty logistics, and specialized off-highway equipment.
01BUS
Electric Buses
HEAVY-DUTY ELECTRIC MOBILITY
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02INDUSTRIAL
Industrial & Specialty Vehicles
SPECIALISED ELECTRIC VEHICLES
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03. Passenger Mobility
Passenger Mobility
Automotive-grade battery pack platforms engineered around high safety, packaging, and performance standards of modern electric cars.
014W
Electric Four-Wheelers
PASSENGER CARS • SEDANS • SUVS
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Application Architecture
Selected • 4WElectric Sedans • SUVs • Hatchbacks • Passenger EVs
Electric Four-Wheelers
PASSENGER CARS • SEDANS • SUVS
Platform Overview
Advanced battery systems engineered for passenger electric vehicles with high energy density, safety, range, and long-term everyday performance.
Engineered Around
- High-Energy Cell Chemistry
- Advanced Thermal Management
- Intelligent Automotive BMS
- High-Voltage Pack Architecture
- Structural Pack Integration
We Engineer the Complete System.
An EV battery is much more than a collection of cells. Every Li Energy mobility platform is engineered as an integrated, multi-tier system from atomic electrochemistry to cloud telemetry.
LAYER 01 INTEGRATION
Cells
Electrochemical Foundation
Cell selection and chemistry are tailored strictly around application duty cycles to achieve optimal trade-offs.
Core Engineering Focus & Controls:
Energy density optimization
Continuous & peak power capability
Extended electrochemical cycle life
Temperature behavior & safety limits
Fast charging acceptance
Commercial lifecycle economics
Automotive Standards: AIS-038 / AIS-156 / UN 38.3Step 1 of 4
The Right Chemistry for the Right Vehicle.
Different mobility applications require different combinations of energy, power, safety, life and cost. Li Energy’s mobility technology platform is primarily focused around advanced lithium-ion chemistries:
Cell Stack CAD
Prismatic Cell Assembly & Compressive RigZero Swell Tolerance
Performance Starts With Temperature.
Battery performance, life and safety are directly influenced by temperature. Li Energy designs thermal-management architecture according to vehicle power, environmental conditions and operating requirements.
Active Thermal CFD
Serpentine Liquid Channel & Chiller CircuitΔT < 3°C Cell-to-Cell
Method 01Lightweight & Zero-Maintenance
Passive Thermal Management
Compact & Low-Power
Natural convective and conductive heat transfer utilizing structural heat sinks and phase-change materials for compact 2W and light utility applications.
Optimal Application:Commuter Two-Wheelers & Low-Speed Vehicles
Method 02Balanced Cost & Thermal Flow
Forced Air Cooling
Medium-Duty Thermal Flow
Engineered airflow ducts and high-efficiency blower systems providing targeted convective cooling across cell modules under consistent duty cycles.
Optimal Application:Three-Wheelers & Urban Cargo Vehicles
Method 03<2.5°C Temperature Delta
Liquid Cooling Architecture
High-Performance Active Control
Direct-contact microchannel liquid cooling plates maintaining cell temperature differentials under 2.5°C during rapid acceleration and high-rate fast charging.
Optimal Application:Passenger EVs, Heavy Commercial Trucks & Electric Buses
Not the Other Way Around.
Every vehicle platform is different. That is why Li Energy develops battery systems around the individual requirements of an OEM, optimizing across 10 mission-critical vehicle parameters:
Vehicle CAD Model
Skateboard Chassis & Crash ProtectionCell-to-Pack Integration
Have a custom vehicle packaging constraint?
Our engineering team works directly with your CAD and powertrain files under NDA.
An End-to-End OEM Development Process.
From the initial concept brief through prototype validation, automotive certification, and scalable series manufacturing:
Production Assembly
Cleanroom Line VerificationIATF 16949
Robotic Cell Sorting & Laser Welding100% EOL Tested
Phase 08
Mass Production
Scalable automated battery pack manufacturing for series vehicle commercial programs.
Phase 07
Pilot Production
Controlled manufacturing runs to validate assembly tooling, line jigs, and quality protocols.
Phase 06
Certification
Automotive regulatory and homologation testing (AIS-038/AIS-156, UN 38.3, ECE R100).
Phase 05
Testing & Validation
Battery systems undergo rigorous electrical, environmental, vibration, and safety testing.
Phase 04
Prototype Development
Development of functional battery prototypes for physical vehicle integration and track trials.
Phase 03
Engineering & Simulation
Mechanical, electrical and thermal simulation (FEA, CFD) of the complete battery system.
Phase 02
Battery Architecture
Cell chemistry, voltage, capacity, module architecture, pack design and BMS configuration.
Phase 01
Vehicle Requirements
Understanding vehicle architecture, performance targets, range, duty cycle and operating conditions.
Built for Real Indian & Global Road Realities.
Electric vehicles operate in environments that are far more demanding than laboratory conditions. Li Energy battery systems are engineered around challenges including:
Up to +55°C
HEAT
High Ambient Performance
Engineered to deliver consistent output without thermal derating under harsh tropical summer temperatures up to +55°C.
01 / 06Explore
Rough Road Rig
VIBRATION
Rigid Structural Architecture
Robust internal busbars, structural bonding, and potted electronics withstand continuous rough road shocks and potholes.
02 / 06Explore
IP67 & IP69K
WATER & DUST
Hermetic Ingress Protection
Automotive-grade compression gaskets and pressure equalization valves deliver complete IP67 and IP69K sealed protection.
03 / 06Explore
High C-Rate
HIGH CURRENT
High-Rate Surge Handling
Low-resistance copper busbars and high-capacity contactors handle continuous high-torque acceleration and regen surges.
04 / 06Explore
Multi-Shift
DAILY CYCLING
Commercial Duty Endurance
Cell mechanical compression and advanced electrolyte formulation prevent accelerated capacity fade during multiple daily charges.
05 / 06Explore
Zero Propagation
SAFETY
Multi-Tier Protection
Multi-layered mechanical, thermal, electrical, and firmware failsafes guarantee zero thermal propagation.
06 / 06Explore
09.1 Edge BMS Architecture
Onboard Battery Intelligence & Control
High-speed microsecond telemetry and active edge computation integrated directly within the vehicle's battery management system.
01Real-Time Battery Monitoring
Microsecond Cell Telemetry
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02State-of-Health Analytics
Adaptive Aging & Capacity Tracking
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03Instant Fault Diagnostics
Automated Edge Isolation
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04Dynamic Charging Behavior
Temperature-Adaptive Charging Curve
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09.2 Cloud Telemetry Architecture
Cloud Analytics & Fleet Intelligence
Enterprise cloud IoT integration transforming individual battery telemetry into actionable fleet-level analytics, safety trends, and predictive maintenance.
05Temperature Trends & Early Warning
Thermal Anomaly Detection
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06Cell Performance Balancing
Active & Passive Millivolt Trimming
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07Usage History & Duty Logging
Black-Box Non-Volatile Memory
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08Fleet-Level Insights & OTA
Cloud IoT Telemetry Engine
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10. OEM Co-Engineering
Co-Engineered for Vehicle Manufacturers
Li Energy works directly with electric vehicle OEMs from platform packaging concept through prototype validation, AIS homologation, and turnkey volume manufacturing.
Pillar 01Flexible Architecture
48V to 800V+ Modular Form Factor
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Pillar 02Scalable Manufacturing
Automated Series Production Lines
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Pillar 03Local Engineering & Testing
On-the-Ground R&D & Certification
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Pillar 04Supply Chain & Lifecycle Support
Domestic Localization & Circularity
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ONE TECHNOLOGY PLATFORM
From Two Wheels to Heavy Mobility.
Unified cell, module, thermal, and BMS architecture adaptable across the full mobility spectrum.
2W
Electric Scooters & Motorcycles
3W / L5
Passenger & Cargo Platforms
LCV
Commercial & Last-Mile Logistics
PASSENGER EV
Automotive Battery Platforms
BUS
Heavy-Duty Electric Mobility
INDUSTRIAL
Specialised Electric Vehicles
BUILD YOUR NEXT EV WITH LI ENERGY
Build Your Next EV With Li Energy.
Whether developing a new electric vehicle platform or transitioning an existing vehicle to electric propulsion, Li Energy can work alongside OEM engineering teams from battery concept through production.
Tell us about your vehicle requirements.
LI ENERGY • Engineering the Complete Battery Ecosystem