Lead Acid Replacement Solutions

Drop-in lithium replacements for 12.8V, 25.6V, and 48V applications. We include total cost of ownership analysis and deployment planning with every project.

Why Lithium Beats Lead Acid

Half the weight, 10x the cycle life, zero maintenance. The economics work for almost every application.

12.8V Systems

Direct replacement for 12V lead-acid in RVs, marine, solar, and UPS applications. 100Ah and 120Ah options with built-in BMS and LED/LCD status display.

25.6V Systems

Replacement for 24V lead-acid in floor scrubbers, small AGVs, and industrial equipment. 50Ah to 144Ah range with IP65 protection and CAN/RS485 communication.

48V Systems

Golf carts, forklifts, telecom backup, solar storage. Scalable rack-mount modules from 50Ah to 150Ah with parallel capability up to 16 units.

TCO Analysis

We model your total cost of ownership including purchase, maintenance, electricity, downtime, and disposal. Lithium wins in almost every multi-year scenario.

Qualification Testing

Before fleet-wide deployment, we provide sample units for field validation. Real-world testing in your environment confirms fit and performance.

Deployment Planning

Phased rollout strategy, charging infrastructure requirements, and training for your maintenance team. We help you plan the transition from lead-acid to lithium.

Lithium vs. Lead Acid Comparison

Specification LFP (Lithium Iron Phosphate) Lead Acid
Cycle Life 4,000-6,000+ 300-500
Weight (per kWh) ~12 kg ~30 kg
Usable Capacity 100% DOD 50% DOD
Charge Efficiency 99% 80-85%
Maintenance None Watering, equalization
Self-Discharge 2%/month 5-15%/month
Lifespan 10-20 years 3-5 years
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