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We call it Life Pure ( 1,00,000 kms and beyond)

Powering the future of EV

We make customized LFP Battery packs for all applications from small batteries for drones to large sized batteries to drive a road roller. 

The Edge of LFP over Other Batteries:

  • Stability and Safety: LFP batteries' inherent stability and non-combustible nature outshine other batteries, making them a safer choice

  • Longevity: With 4 to 5 times the cycle life of traditional batteries, LFP batteries stand as a durable solution, reducing the need for frequent replacements.

  • Efficiency: LFP batteries' ability to support high current flow ensures rapid charging and discharging, making them more efficient and convenient.

  • Versatility: The 100% depth of discharge of LFP batteries allows them to be utilized to their fullest capacity without concerns about damaging the battery.

  • Economic and Green Solution: LFP batteries' extended life span makes them economically viable, while their positive impact on reducing carbon emissions.

In a world where efficiency, safety, and sustainability are paramount, LFP batteries emerge as the optimal choice for powering EV charging infrastructure. Harness the benefits of LFP technology and steer towards a cleaner and brighter future.

10 Steps safety protocol at our plant to ensure stability

  1. Cell Segregation: Meticulous sorting of cells based on performance characteristics and specifications.

  2. Cell Testing: Rigorous examination to ensure cells meet quality and capacity standards.

  3. Choosing the Best Battery Strips: Selecting optimal strips for optimal current distribution and heat dissipation.

  4. Preparing Thermally Stable Cell Holders: Crafting holders to maintain safe and steady temperature levels.

  5. Arranging the Cells: Precise arrangement to optimize efficiency and uniform energy distribution.

  6. Spot Welding: Skillful welding of cells and strips for secure connections without compromising safety.

  7. Installing In-House Designed BMS: Incorporating a proprietary Battery Management System for efficient control and monitoring.

  8. Wiring: Intricate wiring for balanced energy flow and synchronization.

  9. Thermal Insulation: Ensuring proper insulation to maintain consistent thermal conditions.

  10. Battery Testing: Comprehensive testing to validate performance, safety, and adherence to standards.

EVM SIMPLY ELECTRIC