In a lithium battery sales conversation, there is one number that ends most deals before they start: the purchase price.
A new lithium forklift battery, bought outright, can be a five-figure capital expense per unit. For a fleet of any meaningful size, the total quickly enters territory that requires CFO approval, multi-quarter budget planning, and a level of organizational commitment that most operations are not ready to make in a single conversation. The customer wants to switch. They understand the benefits. But they cannot get past the sticker.
This is the conversation IBG’s rental program at $350 per month is designed to end.
The reason $350 is the right number is not arbitrary. It is what most operations are already spending per battery, per month, on their existing lead-acid setup — once you actually add it all up. The catch is that almost nobody adds it all up. Lead-acid costs are spread across so many different line items in so many different budgets that the true monthly cost is invisible. Watering labor sits in operations payroll. Maintenance contracts sit in service. Replacement reserves sit in capex amortization. The battery room sits in facilities. Each individual cost feels manageable on its own. Together, they tell a different story.
This article is about that story — and how a dealer can walk a customer through it in about five minutes to make $350 a month look exactly like what it is: not a premium, but a swap.
The Costs Nobody Adds Up
Ask any operations manager what they spend on their lead-acid battery program every month, and you will rarely get a complete answer. The reason is not evasion – it is that the costs do not sit in one place.
Here are the line items that, in most operations, add up to roughly $350-$400 per battery per month – and that the operations manager has probably never totaled.
Battery Cost: Rental or Amortized Replacement
If the customer rents their lead-acid batteries, this is straightforward — it is a line item on the monthly invoice. Depending on the truck class and market, this typically runs a few hundred dollars per battery per month.
If the customer owns their batteries, the cost is the depreciation across the battery’s useful life. A lead-acid battery that costs $4,000–$6,000 and lasts about three years has an amortized monthly cost of $110–$170. Most operations do not see this as a monthly number because they wrote the check three years ago. But the cost is real, and the next replacement check is coming.
Watering Labor
Daily watering is the maintenance task everyone knows about and nobody fully accounts for. The actual time per battery per day is small — ten to fifteen minutes if done correctly. The cost is what that time multiplies into across a fleet and across a month.
For a single battery, at the fully-loaded labor cost of a warehouse worker, regular watering adds up to roughly $40–$70 per month. In multi-shift operations where watering happens more frequently, or where dedicated battery technicians are employed, the per-battery cost rises further.
Equalization, Diagnostics, and Service
Lead-acid batteries require periodic equalization cycles to keep cells in balance. They also fail — cells short, plates sulfate, connections corrode. The labor and parts associated with keeping a lead-acid fleet running is a real recurring cost, whether it is handled in-house or through a service contract.
This typically runs $30–$60 per battery per month, averaged across the year. The first year of a battery’s life is cheap. The last year is expensive. The math averages out to a meaningful number.
Battery Room Infrastructure
Lead-acid charging requires a ventilated battery room. That room has a cost: the physical floor space (which could otherwise be used for productive operations), the HVAC and ventilation systems, the electrical infrastructure, the racking and washing stations, and the periodic cleanup of acid spills and corrosion damage.
Allocated per battery, the infrastructure cost is typically $20–$50 per month — higher in markets where warehouse space is expensive, lower where it is not. This cost goes to zero with lithium because no battery room is required.
The Real Total
Add the line items together. For a typical lead-acid forklift battery in a typical operation, the monthly total works out to roughly $400-$600.
For most operations, the lead-acid number lands within a few dollars of the lithium number. The customer is not deciding whether to spend more for lithium. They are deciding whether to keep paying the same amount for a worse experience.
What That $350 Gets the Customer
The lead-acid total buys a battery that requires daily watering, slows down through the shift, needs to be swapped between shifts in a multi-shift operation, contributes acid and hydrogen to the workplace, and will need to be fully replaced in three to five years.
The IBG lithium rental at $350 per month delivers, for the same number:
Full-shift power with no voltage sag. Zero daily maintenance. Single-battery operation with opportunity charging during breaks – no battery swaps, no battery room. A five-year warranty with 24-hour remote technician response available, backed by cloud telemetry that lets IBG’s support team see what the battery is doing before anyone is dispatched. And the cleaner, safer workplace that comes with eliminating acid, fumes, and lead exposure entirely.
This is what Ansell saw when they piloted IBG at their multi-shift Reno distribution center. The pilot was in real conditions, with no special accommodations. The performance was consistent enough that Ansell is now in the process of acquiring additional IBG batteries for the same facility, with other Ansell sites being evaluated. The customer story from last week goes into the full detail — but the short version is that this is not theoretical math. It is what happens when a well-run operation actually tests the comparison.
How to Walk a Customer Through This in Five Minutes
This is the part of the article meant specifically for dealers. The cost comparison above is not just an analysis — it is a sales tool. Here is how to use it in a real customer conversation:
Start with a question, not a pitch. Ask the customer: “What do you think you’re actually spending per battery per month right now, all-in?” Most operations managers will name only the rental or amortized purchase cost. That is the opening.
Walk through the line items. Ask about watering — who does it, how often, how long. Ask about service — whether they have a maintenance contract or handle it internally. Ask about the battery room — how much space, whether they have ever calculated what that space costs. Ask about the last battery replacement — when it was, what it cost, when the next one is due.
Let the customer do the math. Do not lecture. Hand them the comparison framework and let them fill in their own numbers. When they total the lead-acid column themselves, they own the conclusion. Your job is to let them get there.
Then introduce your rental number. After the customer has totaled their own lead-acid number, present the IBG rental price point. If their number is anywhere near $400-500, the conversation is no longer about whether they can afford lithium. It is about why they would keep paying the same amount for a worse experience.
Close with the rental advantage. The final point that often locks in the decision: rental at $350 per month requires no capital outlay, no budget approval battle, no multi-year commitment. The customer can start with one truck, watch the data, and scale. If the battery does not perform, they walk away. The risk is structured to favor saying yes.
Why $350 Is a Tool, Not Just a Price
For a dealer, $350 is not just IBG’s rental price point. It is a sales tool that fundamentally changes how the lithium conversation flows.
Before $350, the dealer was asking a customer to make a leap: spend a large amount of capital on a new technology, trust that it would deliver, and hope the supplier would be there if something went wrong. The conversation was structured against the dealer. The customer’s default answer was “not now.”
After $350, the dealer is offering a customer a swap: take what you are already spending and redirect it to a battery that does not require maintenance, does not slow down, does not need to be replaced in three years, and comes with a warranty backed by real service infrastructure. The conversation is structured for the dealer. The customer’s default answer becomes “why not?”
And because the IBG rental program includes both a dealer-owned model (where the dealer earns the full rental spread) and an IBG-owned model in select major markets (where the dealer earns commission with zero capital invested), the dealer can offer rental immediately regardless of their capital position. The product is ready. The sales tool is ready. The proof points – like Ansell – are starting to accumulate.
The Math Is Already Done. The Customer Just Has Not Seen It Yet.
Every operations manager in your territory is already paying $400–$500 a month per battery for lead-acid. Most of them have never totaled it. When you show them the math and pair it with $350 a month for lithium, you are not selling them on a new technology. You are showing them a swap they should have made years ago.
If you are a forklift or battery dealer ready to put this conversation in front of your customers, IBG has the product, the rental program, and the partnership model to make it work. Let’s talk.