Battery cost is one of the most underestimated line items in electric fleet ownership. A single 36-volt, 1,000 Ah flooded lead-acid battery for a sit-down rider can run $3,500 to $6,000 new. Multiply that by a fleet of 20 trucks running two batteries per truck, add a battery room with 20 chargers, and you are looking at $200,000 to $350,000 in power infrastructure that most operations finance badly, whether by running batteries until they fail catastrophically, spreading replacements across one-at-a-time equipment budgets, or treating charger upgrades as maintenance rather than capital.
We finance battery and charger systems as capital equipment, from $50,000, new or refurbished, on electric trucks we financed or on a fleet you already own. B and C credit are fine. Recent operating statements, an application, and we move. Most deals fund in seven to fourteen days.
The Power System You Are Actually Financing
Electric forklift batteries are not commodity items. A flooded lead-acid (FLA) battery needs a full charge-and-cool cycle per shift, which is why most multi-shift operations buy two or three batteries per truck and swap them. A lithium iron phosphate (LFP) battery can opportunity-charge in 15 to 30 minute breaks without the cell damage that kills FLA under partial-state-of-charge cycling, which means you may be able to run one battery per truck and eliminate the swap entirely. That is a different capital equation, and the charger infrastructure is completely different too.
Charger types we fund include:
- Conventional single-phase and three-phase chargers for FLA fleets running one battery per truck
- Multi-shift rapid chargers and opportunity chargers for operations that cannot afford to fully cycle batteries between shifts
- Lithium-compatible high-frequency chargers paired withlithium-ion forkliftconversions or new LFP battery installations
- Battery management systems and monitoring equipment that track state of charge, temperature, and cycle count across a battery room
- Battery handling equipment including extractors and conveyors for swap-intensive operations
A battery room for a 30-truck FLA fleet with one charger per battery position is a $120,000 to $200,000 infrastructure investment. That is a capital project, not a maintenance line item, and it should be financed like one.
Structure and Terms
Battery and charger systems are financed like other durable industrial equipment. Standard loan terms run 24 to 72 months. For a fleet power project priced roughly $100k–$300k, a 48 or 60-month term is common, keeping the monthly payment manageable while the batteries are producing value.
Three structures work well for battery programs:
- Equipment loan with a dollar buyout: you own the batteries at the end of term. Good for lead-acid fleets where you expect to recondition and continue using the batteries.
- Equipment lease: works well for lithium battery programs where the technology is improving rapidly and you may want to upgrade at end of term.
- Sale-leasebackon batteries already paid for: pulls capital out of power assets already on your floor, freeing working capital for other uses without disrupting operations.
Application-only approval is available up to $400,000. Above that, a light financial package is required. For a full battery room retrofit, we can structure the deal to fund in phases if your vendor is delivering in waves, so you are not paying for chargers before they are installed.
Why Battery Programs Are a Capital Decision
A degraded battery does not announce itself until it is a problem. Lead-acid batteries lose capacity gradually over their 1,500 to 2,000 cycle life, and a battery at 60 percent capacity means a truck that cannot make it through a full shift. That is not a maintenance failure. It is a throughput failure. The DC that does not refresh its battery room on a capital cycle ends up with a floor that looks fine on paper but runs out of gas by hour six of the shift.
Opportunity charging infrastructure is the decision point for most operations converting to single-battery-per-truck LFP fleets. The charger has to be placed where the truck idles during breaks, the electrical service has to be there, and the battery management system has to integrate with truck telematics. That is an engineering project, not a replacement purchase, and it should be in the capital plan.
Operations runninge-commerce fulfillmentorcold storage and refrigerated warehousinghave particularly high stakes on battery performance, because downtime in those environments cascades fast.
Related Equipment to Finance Together
Battery and charger programs work best when financed alongside the trucks themselves. A facility converting from IC to electric should finance the trucks, the batteries, the chargers, and any charging infrastructure modifications as one capital project. Doing them one at a time means the charger wait holds up the truck go-live, or the truck financing closes but the battery room is still on the purchase order.
If you are adding new trucks, look atelectric forklift financingfor the truck fleet and bundle the battery and charger system into the same deal. If the truck is already funded and you need power infrastructure only, we write a standalone battery and charger note. For operations evaluating a full electric conversion,three-wheel electric forklift financingis worth reviewing as part of the same planning cycle.
Common Questions
Get Your Battery Program Funded
Tell us the battery count, the charger configuration, and whether you are running lead-acid or lithium. We will size the deal and get you an answer in one to two business days. $50,000 floor, B and C credit welcome. Running a fleet on degraded batteries is a throughput problem with a capital solution. We move the capital.