On a 5-year total cost of ownership basis, a lithium forklift is typically $8,000-13,000 cheaper than an equivalent lead-acid truck, despite costing more upfront. The gap comes from energy efficiency, opportunity charging, lower maintenance and one fewer battery replacement.
The catch: these numbers depend heavily on your duty cycle and local electricity prices. Below are the exact assumptions, so you can re-run the math for your market.
| Cost item | Lithium | Lead-Acid |
|---|---|---|
| Purchase price (incl. battery) | $18,900 | $13,500 |
| Energy, 5 years | $3,300 | $8,250 |
| Maintenance, 5 years | $2,000 | $9,000 |
| Battery replacement (year 3) | $0 | $2,200 |
| Total 5-year TCO | $24,200 | $32,950 |
Energy figures: lithium at ~2.75 kWh/h of operation, lead-acid at ~5.5 kWh/h delivered after charging losses and cool-down cycles.
Single-shift, light duty, very low electricity prices, or a tight first-year budget with no access to leasing. If your utilization is under 3 hours/day, the lithium premium may not pay back within 5 years. For anything above a single shift, lithium wins on fleet size alone.
Does cold storage change the TCO? Lithium holds voltage better in the cold, so energy and throughput losses are smaller than lead-acid. Cold room rated trucks are slightly more expensive, which we cover in our cold storage guide.
What about the lithium battery replacement cost at end of life? CATL cells in our packs are rated for 4000+ cycles. At a single shift, that is more than 10 years of operation, so no battery replacement is normally needed within a 5-year horizon.
Can you run this for my country's prices? Yes. Send us your electricity price and shift pattern on WhatsApp and we will send back a worked comparison for your market.
We reply within 2 hours with a TCO table using your local electricity price and duty cycle.