Lithium Forklift Site Requirements: What Your Melbourne Site Needs Before Delivery
Updated 2026-08-17
THE SHORT ANSWER
Before a lithium forklift is delivered, a site needs four things checked: a suitable power outlet (a dedicated 15A single-phase point for the EFL181 class, or a three-phase outlet for most other models), a dedicated charging area separated from general work zones per WorkSafe lithium-battery guidance, floor and ramp ratings that handle the machine's service weight, and clearance through doorways for the lowered mast height.
The four checks that decide delivery day
A lithium forklift needs far less site infrastructure than the lead-acid era demanded — no battery room, no ventilation system, no acid handling. But four things still have to be right before a machine rolls off the truck, and every one of them is cheaper to fix before delivery than after.
1. Power supply
The single most common delivery-day failure. Which outlet you need depends on the machine:
| Machine class | Charger | Outlet required |
|---|---|---|
| EFL181 (1.8 t) | 48V/50A on-board | Dedicated single-phase 15A outlet (larger earth pin — not a standard 10A power point) |
| EFX5 series (2.5–3.5 t) | 80V/60A | Three-phase outlet |
| BYD EL-PRO series | 80V/100A fast charge | Three-phase, higher supply capacity — switchboard check required |
If your site only has standard 10A points, a licensed electrician can add a 15A outlet cheaply; a new three-phase circuit is a bigger job and depends on your switchboard capacity. Our charging guide covers the details, and the charging readiness tool screens your answers in two minutes.
2. A proper charging area
WorkSafe Victoria’s lithium-ion battery guidance applies to forklifts and asks for practical things: a dedicated charging area separated from general work areas, use of the manufacturer’s charger, and an emergency plan for battery incidents. In practice that means a marked corner with the charger mounted clear of traffic, no combustible storage against it, and clear access. No battery room, no ventilation plant — just a sensible corner. We document the charging setup as part of delivery handover.
3. Floor, ramps and dock plates
A counterbalance forklift concentrates weight remarkably: a 2.5 t-class machine has a service weight around 3.8 t before it picks anything up, and a 3.5 t machine runs about 5 t. Check:
- Mezzanines and suspended slabs — rated for the combined machine + load weight
- Ramps — gradeability is published per model (17–25% laden for the EFX5 class), but surface grip and transition angles matter as much as the number
- Dock plates and container ramps — rated capacity must cover machine + heaviest pallet
4. Doorways and height clearances
Two numbers matter: the lowered mast height (can it get through the door?) and the overhead guard height (about 2.16–2.2 m on our fleet). A 4.8 m triplex mast folds down to roughly 2.15 m lowered — through most roller doors, but always measured, never assumed. If you work inside containers, full free lift is the requirement that matters — see the FFL guide.
What you don’t need (lead-acid leftovers)
- ❌ Ventilated battery room — lithium packs don’t gas under normal charging
- ❌ Battery watering station, acid spill kit, wash-down bay
- ❌ Spare battery + changing table — opportunity charging replaces battery swaps
- ❌ Equalisation charge schedule
The fit assessment covers all of this
Every hire starts with our fit assessment: loads, lift heights, aisles, doorways, floor ratings and the exact outlet at your charging point — checked against the machine’s documentation before anything is committed. Ten minutes on the phone, or use the quote form and we’ll flag anything that needs an electrician before delivery day.
Figures are manufacturer standard-configuration values (reviewed August 2026); delivered-machine documentation governs. WorkSafe Victoria guidance current as linked from our compliance sources.
