About EV Batteries
At MARS Mobility, we are redefining the core of electric transportation with our advanced LiFePO4 (Lithium Iron Phosphate) battery systems. Engineered for those who demand more than just standard performance, our batteries are designed to survive the “new frontier”—whether that’s a rugged off-road trail or the demanding daily commute. By prioritizing thermal stability and an ultra-long cycle life, we provide a power source that is not only significantly safer than traditional lithium-ion alternatives but also more sustainable.
EV Batteries
Smart EV battery systems designed for maximum range and zero compromise.
From the compact 24Ah mobility units to our high-capacity 100Ah powerhouses, MARS Mobility delivers rugged LiFePO4 technology designed for ultimate safety and endurance.
EV Battery Storage Approach.
High Performance
Advanced power management
systems ensure peak efficiency
across all driving conditions
and speeds.
Cost Saving
Significantly reduce your daily
expenses by eliminating the
need for expensive fossil fuels.
Lower Maintenance
Engineered to capture every
watt, ensuring absolute
maximum solar energy
extraction.
Fast Charging
Say goodbye to frequent oil
changes, spark plug
replacements, and complex
exhaust system repairs.
Key Features & Benefits
-
- Battery Over Charge
Prevents damaged by automatically stopping charging when the battery reaches its maximum capacity.
-
- Short Circuit
Protects the system from damage by detecting and shutting off during a short circuit event.
-
- Over Temperature
Automatically regulates temperature to avoid overheating and ensure safe operation.
-
- Over Loads
Safeguards the system by disconnecting power when the load exceeds the recommended capacity.
-
- Battery Deep Discharge
Protects the battery from excessive discharge, extending its lifespan and maintaining efficiency.
-
- BMS for Safety
Buit-in Battery Management System (BMS) ensure optimal battery health and secure operation.
Packed with essentials.
-
Power solutions for e-rickshaws, scooters, and three-wheelers.
-
LiFePO4 battery technology: Built with lithium iron phosphate cells for enhanced safety, long cycle life and stable performance in
Indian ambient conditions. -
Mars partnered with:Indian Institute of Technology Kanpurto develop smart EV chargers & hybrid inverters.
-
It detects overcharging, over-discharging, or excessive temperature, it can take corrective actions such as disconnecting the
battery from the charger or load to prevent damage or safety hazards. -
BMS helps in thermal management by controlling heating and cooling systems to maintain the battery’s temperature within an
optimal range, improving efficiency and longevity. -
Minimal maintenance & long-term reliability: The unit has a robust build and premium cells to deliver durable service with minimal upkeep.
Three Wheeler EV battery Specifications
| Voltage | 51.2V – 60.8V |
|---|---|
| Capacity | 100Ah – 150Ah |
| Cycle Life | <3000 CYCLES@1C 80% DOD |
| Communication | CAN |
| Efficiency Of Charge | 100% @ 0.2C |
| Efficiency Of Discharge | 96-99% @ 1C |
| Charge Cut-Off Volatge | 0.2C CHARGE TO 58.4V, THEN 58.4V CHANGE TO 0.02C CUT-OFF |
| Charge Current | 20A |
| Max Charge Current | 50A |
| Discharge Cut-Off Voltage | 44V |
| Continuous Discharge Current | 90A |
| Operating Temprature | 0 °C TO 55 °C (32F TO 131F) @60 +-25% RELATIVE HUMIDITY |
| Relative Humadity | 5%~95% |
| Cell & Method | Lithium-Iron Phosphate (LiFePO4) |
| Plastic Case | Iron |
| Dimensions | 505*333*254mm |
Hybrid Inverter Applications
Electric Vehicles
Two Wheeler
E Rikshaw
Tricycle
