Electric and hybrid farm machines: where they make sense first

Start with the duty cycle

A battery stores far less energy than a diesel tank of similar size and weight, so electric machines make sense first where the daily energy demand is modest and predictable, the machine returns to a fixed base, and there are natural breaks for charging. That describes a lot of yard work: loading feed, moving bales, bedding, scraping and handling pallets. It also covers light field tasks such as mechanical weeding, planting in horticulture, and mowing or amenity work.

It does not describe a 300 hp tractor ploughing for 12 hours, or a combine at harvest. Those jobs need a large amount of energy continuously and far from a charger. For them, the practical near-term options are efficient diesel engines, better setup, and possibly alternative fuels, rather than batteries.

Before looking at brochures, log one typical week for the machine you might replace: hours worked each day, the heaviest jobs, idle time and where the machine is parked overnight. That record answers most of the questions a dealer will ask.

What the manufacturers actually claim

It helps to anchor the discussion in published figures. JCB's 525-60E electric compact telehandler uses a 24 kWh lithium-ion battery which JCB says powers an average working shift, with the caveat that duration depends on temperature and duty cycle. It can be charged from 110 V, 230 V and 415 V supplies and is equipped for fast charging. JCB highlights zero emissions at point of use and near-silent operation, which matters for work inside livestock buildings, near houses or at night, and quotes 500-hour service intervals.

Fendt's e100 Vario, launched in the UK and Ireland in 2025, carries a 100 kWh battery with three power modes: 50 kW (68 hp) in Eco, 55 kW (75 hp) in Dynamic and a short-term 66 kW (90 hp) in Dynamic+. Fendt quotes around 4-7 hours of operation in partial-load work such as mechanical weed control or planting, and says energy-intensive tasks such as trailer transport shorten this. Charging is up to 22 kW AC (about 5 hours for a full charge from a 32 A industrial socket with the mobile charger) or up to 80 kW DC through a CCS socket, taking about 45 minutes from 20% to 80%. It comes as a narrow e107 V for vineyards and orchards and an e100 S for general farm and amenity use.

Notice what these figures say: a compact handler for a shift, and a 90 hp-class tractor for part of a day at partial load. That is where battery machines stand in 2026. Use FarmFleets search and the telehandler category to compare lift capacities, weights and dimensions against the diesel machines you run now.

Charging: the part that is often underestimated

Fast DC charging needs a high-power three-phase supply and a dedicated charger. Many farm yards have limited capacity on their existing connection, and upgrading it can be slow and expensive. Ask your electricity network operator what capacity is available before you order the machine, not after.

Slower AC charging overnight is cheaper to install and kinder to batteries, but only works if the machine can sit on charge for several hours each day. If the handler is needed for a morning and an evening feed, a midday top-up may be enough. If it runs all day at silage, it may not.

• Existing supply: single-phase or three-phase, and how much spare capacity is available.
• Charger type and cost: AC wallbox, mobile charger or DC fast charger, plus installation.
• Charging location: covered, secure and away from straw and fuel stores.
• Timing: can charging fall at off-peak tariff times or when on-farm solar is generating?
• Back-up plan: what happens if the machine is flat and a job cannot wait?

Running costs: fair comparisons

Electric machines usually cost more to buy, so the case relies on lower running costs. On UK farms, the diesel an electric machine would replace is rebated fuel: when the government restricted red diesel entitlement from 1 April 2022, it kept it for vehicles and machinery used in agriculture, horticulture, fish farming and forestry. So a farm's fuel saving is smaller than the headline gap between pump diesel and electricity would suggest.

Build the comparison on energy per job, not per hour. Estimate the litres a diesel machine uses per day, multiply by what you actually pay, and compare with the kWh an electric machine would draw multiplied by your electricity tariff, including standing charges and any demand charges from fast charging. Then add servicing (electric drivetrains have fewer fluids and filters), expected battery life and warranty terms, and resale value, which is still uncertain for electric farm machinery because the used market is young.

Winter, batteries and hybrids

Lithium-ion batteries lose usable capacity in cold weather, and heating the cab draws on the same battery. JCB itself notes that shift length depends on temperature. Ask the dealer for expected run times in winter, whether the battery is heated or conditioned, and whether it can be pre-heated while still plugged in.

Hybrid designs, where a diesel engine works with electric drives or an electrically-powered implement, avoid the range problem. The benefit is usually precise control of implement speed and less wasted energy, rather than zero emissions. If a manufacturer offers electric implement drives on a diesel tractor, ask what the electrical output is and which implements can actually use it.

Questions to put to the dealer

Work through these before signing. Written answers are more useful than verbal assurances.

• How long will the battery last in my duty cycle, in summer and in winter?
• What is the battery warranty in years and cycles, and what capacity counts as a failure?
• What does a replacement battery cost today, and who carries out the swap?
• Which charging options are included in the price, and what installation will my site need?
• Can the local dealer service the high-voltage system, and are its technicians trained for it?
• Can I run a demonstration on my own yard during a normal working week?

A sensible way to start

For most farms the lowest-risk first step is a small yard machine, such as a compact handler or utility vehicle, doing short, predictable work near buildings with a charging point. That builds experience with charging routines and costs before committing to larger machines. If you generate electricity on the farm, our guide to farm diversification covers how energy projects fit alongside machinery plans, and our guide to farm input costs and machinery decisions helps set the payback test.

Sources

Sources checked 2026-09-25

• JCB: 525-60E electric telehandler — checked 2026-09-25
• Fendt: The Fendt e100 Vario launched to the UK and Ireland — checked 2026-09-25
• GOV.UK: Reform of red diesel and other rebated fuels entitlement — checked 2026-09-25

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