How do you charge electric farm equipment in Australia?

Electric machinery is slowly making its way onto Australian farms, but before signing on the dotted line for a battery-powered UTV, there’s a critical question worth asking: how, exactly, are you going to keep it charged?

The good news is the answer is much simpler than in the truck or heavy machinery world, where the gear is bigger and charging demands are far greater.

Electric farm machinery currently available in Australia – including the CFMOTO U6 EV, Polaris Ranger XP Kinetic and John Deere Gator TE Electric – is designed to charge from a standard wall socket. No DC fast chargers or industrial infrastructure required – just plug it in.

That will change when full-size electric tractors arrive locally over the next few years, but for now, charging is straightforward. Here’s what’s involved.

Every electric farm machine currently on sale in Australia can be charged from a standard 240V outlet, with no special infrastructure required beyond what’s already in most sheds. That’s a deliberate move by manufacturers, and a key reason these machines are practical today.

For example, the CFMOTO UFORCE U6 EV takes around 6.5 hours to charge from flat using a standard outlet – plug it in overnight and it’s ready to go the next morning.

The Polaris Ranger XP Kinetic comes with a combined Level 1/Level 2 mobile charger. The Premium variant’s 14.9kWh battery can charge in about five hours via a 3kW onboard charger, while the larger 29.8kWh battery in the Ultimate achieves similar times thanks to a 6kW onboard charger.

If you’re running multiple machines or need faster turnaround, a dedicated AC wallbox is worth considering – especially if you also own an electric car or ute.

Most automotive wallboxes run on three-phase power and can deliver up to 22kW, well above what current farm machines can accept, but useful for future-proofing.

Polaris offers an accessory WallBox EVSE that can cut charging time by up to 50 per cent, the company claimed. Combined with upgraded onboard chargers (6kW for Premium, 9kW for Ultimate), full charge times can drop to around three hours.

For most farms, though, that level of charging speed isn’t necessary – overnight charging on standard equipment is typically sufficient.

None of the electric farm machines currently available in Australia support DC fast charging.

That’s likely due to their relatively small battery sizes (generally under 30kWh), where overnight AC charging is already adequate. DC fast charging also adds cost, complexity and thermal stress to batteries, with limited real-world benefit at this scale.

Larger electric tractors in development – such as Fendt’s e107 Vario – are expected to support DC fast charging, but they’re not yet available locally.

If you want to future-proof your farm, having three-phase power installed is sensible – but there’s no need to invest in $30,000 DC fast chargers just yet.

This is where Australian farms have a real advantage. Many properties already have solar PV systems which can be used to charge electric machinery directly.

The maths is compelling. A 22kW wallbox can charge most compact machines in a single afternoon using solar alone. Even smaller rooftop systems can comfortably cover daily charging needs for UTVs.

Combine solar with off-peak tariffs, and running costs can be significantly lower than petrol or diesel equivalents.

Manufacturers also claim reduced maintenance costs – with CFMOTO and Polaris both quoting savings of around 70 per cent compared to internal combustion models. Add free “fuel” into the equation and the operating economics start to look compelling.

Like all lithium-ion batteries, those in electric farm machinery last longer with good care.

Manufacturers recommend leaving machines plugged in between uses as modern systems prevent overcharging automatically anyway.

Cold and hot temperature extremes can affect both range and charge times. Most manufacturers recommend charging in moderate temperatures where possible – so in your shed, not sitting in direct sunlight on a 40-degree day.

And while DC fast charging isn’t an option for current Australian electric farm machines, when it does become available on future tractors, the rule of thumb will be to use it sparingly. Repeated DC fast charging accelerates battery degradation, so AC overnight charging should remain the default.

For now the requirements are simple: a power point in the shed, ideally close to the machine, and a dedicated 240V circuit for larger machines.

For most operators, there’s little to no upfront infrastructure cost, especially if solar is already in place.

DC fast charging and three-phase wallboxes are conversations for the future, when proper electric tractors with 80–100kWh battery packs finally land in Australia. For now, the plug-and-play simplicity of the models available today makes for an easy switch.

Related: Electric farm machinery in Australia: what you can buy in 2026