Three tiers of EV charger for UK farms
Slow AC (7-22 kW)
The most common UK farm EV charger. Covers overnight charging of ATVs (Polaris Ranger EV, John Deere Gator EV, Kubota RTV electric variants), light pickups (Maxus eDeliver, Ford E-Transit, VW ABT e-Caddy), and small commercial vehicles. Capex £800-£2,400 per point with WCS grant up to £350 per socket. Standard install: 22 kW three-phase commercial unit at the farm yard with tethered or socket-only cable management.
Fast DC (50-150 kW)
Mid-tier charging for rapid turnaround between shifts or for visiting commercial vehicles. Capex £15,000-£45,000 per point. Standard install: 50-75 kW DC fast charger with twin CCS/CHAdeMO connections, integrated payment if required for visitor charging. Suitable for farm contractors, milk tanker turnaround, abattoir collection, and any vehicle needing <2 hour charge.
Ultra-rapid DC (150-350 kW)
Designed for early electric tractor charging. John Deere 8R Joule, Solectrac e25/e70, and Monarch MK-V (US import) tractors all charge at 150-350 kW DC. Capex £45,000-£90,000 per point. Typically deployed at a single yard charging hub serving multiple tractor units in rotation.
Solar pairing — the key economics
The single biggest economic driver for UK farm EV charging is solar pairing. Excess midday solar generation that would otherwise export at the SEG rate (8-15p/kWh in 2026) gets absorbed into vehicle batteries displacing diesel (currently 145-165p/litre = ~£0.40/kWh-equivalent). A typical farm fleet (2-4 ATVs + 1-2 pickups + workshop tools) consumes 30-80 kWh/day — easily absorbed by the 50-150 kW solar install most farms now run.
Modern workplace charging management systems (Easee, Zaptec, Pod Point Solo 3+, Wallbox Pulsar Plus) integrate with solar inverters to automatically prioritise solar excess over grid import. The end-result on a typical farm: 70-90% of fleet charging energy is solar-generated rather than grid-imported, halving operational charging cost vs unmanaged grid-only charging.
OZEV Workplace Charging Scheme grant
The OZEV Workplace Charging Scheme (WCS) provides a £350 grant per socket up to 40 sockets per applicant, for AC chargers at workplace sites. Farm businesses qualify. The grant covers up to 75% of purchase and install cost capped at £350 per socket. For a typical 4-socket yard install, that\'s £1,400 of grant funding. We handle WCS application as part of EV charging install project management.
Electric tractor readiness — 2026-2029
Battery-electric tractors are commercially available now in selected models: John Deere 8R Joule option (2026 launch), Solectrac e25 and e70, Monarch MK-V (US import), Massey Ferguson 24kW pilot fleet. Mainstream full-size battery-electric tractors with viable field duty cycle are expected 2027-2029. Hybrid-electric tractors are already in commercial production from multiple manufacturers.
We design farm EV infrastructure to accommodate planned tractor electrification — typically requiring 150-350 kW DC fast charging at a yard hub, with appropriate DNO upgrade work and switchgear capacity in advance of tractor delivery.
Related pages
UK farm EV charging — common questions
What EV chargers suit a UK farm?
UK farm EV charging typically uses three charger tiers: (1) Slow AC chargers (7-22 kW) for overnight ATV, Polaris Ranger, and light-pickup charging — most cost-effective, typical capex £800-£2,400 per point; (2) Fast DC chargers (50-150 kW) for medium-duty vehicles and rapid turnaround — £15,000-£45,000 per point; (3) Ultra-rapid DC (150-350 kW) for early electric tractor charging — £45,000-£90,000 per point. We design farm charging infrastructure against your specific fleet mix, daily duty cycle, and solar generation profile.
How does EV charging pair with farm solar?
Solar-paired EV charging captures excess midday generation into vehicle batteries rather than exporting to grid at the lower SEG rate. A typical farm fleet (2-4 ATVs + 1-2 pickups + workshop tools) consumes 30-80 kWh/day — easily absorbed by a 50-150 kW solar install during the typical farm-vehicle charging window. With a workplace charging management system (Easee, Zaptec, Pod Point Solo 3+), chargers can prioritise solar excess automatically. We integrate solar + battery + EV charging on every multi-asset farm project.
What grants are available for UK farm EV charging?
The OZEV Workplace Charging Scheme (WCS) provides a £350 grant per socket (up to 40 sockets per applicant) for businesses installing AC chargers at workplace sites. Farm businesses qualify. The grant covers up to 75% of purchase and install cost up to £350 per socket. For DC fast charging, the OZEV Rapid Charging Fund supports infrastructure at strategic sites but is not typically available for on-farm use. We handle WCS application as part of EV charging install project management.
When will electric tractors be commercially viable?
Battery-electric tractors are commercially available now from John Deere (8R series with Joule battery option, 2026 launch), Solectrac, Monarch Tractor (US import), and Massey Ferguson (limited 24kW pilot fleet). Full-size mainstream battery-electric tractors with viable field duty cycle are expected 2027-2029. Hybrid-electric tractors (battery + range-extender) are already in commercial production. We design farm charging infrastructure to accommodate planned tractor electrification — typically requiring 150-350 kW DC fast charging at a yard hub.
Can I install a farm EV charger myself?
Slow AC chargers up to 7 kW can be installed by a qualified electrician (NICEIC, NAPIT, ELECSA) registered for EV charge point installation. Above 7 kW or for DC charging, more substantial electrical works are required — typically involving DNO consultation for any installation drawing more than 30A from a domestic supply, or 70A from a small commercial supply. For full farm EV infrastructure with multiple chargers, we recommend an integrated design covering DNO application, switchgear capacity, charge management system, and solar integration.
What about ATVs, mules, and light farm utility vehicles?
The UK electric ATV / utility vehicle market is mature. Polaris Ranger EV, John Deere Gator EV, Kubota RTV (battery option from 2026), and various Chinese and EU-import models cover most farm use cases. Battery range typically 40-80 miles per charge with regenerative braking. Charging via standard 7-22 kW AC chargers at the farm yard. Charging time 4-8 hours for full charge. Most working farms can support 4-8 ATV-class vehicles on a single 22 kW AC charger with overnight scheduling.