John Deere Unveils Its First Line of Electric-Powered Tractors

John Deere introduces its first electric tractors, E-Power, designed for vineyards, orchards, and dairies with 130 hp.
An E-Power tractor with orchard sprayer attachment.

John Deere Unveils Electric Tractor Lineup Targeting Modern Agricultural Needs

In a significant move toward sustainable agriculture, John Deere has introduced its first series of electric-powered tractors, aptly named the E-Power tractors. These innovative machines are being tested in three different sizes, specifically engineered for operations in vineyards, orchards, and dairies, offering a comparable alternative to Deere’s well-known 5 Series diesel tractors with approximately 130 horsepower.

Derek Muller, the business manager for battery electric vehicle systems at John Deere, emphasized the strategic design of the E-Power tractors. According to Muller, these tractors are “built from the ground up” similar to how automotive companies craft crossovers. This approach allows for a versatile platform that can accommodate various tire sizes, axle widths, and potentially even alternative fuel sources in the future.

Familiar Features with Reduced Maintenance

For users already accustomed to John Deere’s machinery, the rear configuration of the E-Power tractors will appear familiar, featuring the standard three-point hitch and hydraulic connections compatible with existing implements for tractors of similar power. The E-Power models, however, promise reduced maintenance needs, requiring only a hydraulic oil change every 2,000 hours, an air filter replacement in the cab, and routine inspections.

Enhancing the Driving Experience

John Deere has designed the E-Power tractors to be user-friendly, particularly for farmers dealing with a shortage of skilled labor. The removal of the clutch pedal makes these tractors as easy to operate as a golf cart, simplifying the learning curve for new operators. The quiet electric engine allows for a smooth driving experience, with features like cruise control for maintaining consistent speed.

Moreover, these tractors are autonomy-ready, compatible with John Deere’s next-generation autonomous system, positioning them as a future-proof investment for modern farming operations.

Batteries and Charging Innovations

Two of the Kreisel Electric batteries on John Deere’s largest E-Power prototype.
Alex Gray

The E-Power tractors are powered by Kreisel Electric batteries, a company in which John Deere acquired a majority stake in early 2022 (source). These batteries incorporate liquid immersion cooling to maintain optimal temperatures, enabling efficient operation in varied weather conditions and supporting rapid charging without compromising battery life.

Designed to outlast the tractor’s lifecycle, these batteries are modular, allowing farmers to add or remove them as needed. However, swapping batteries requires tools and time, meaning they cannot be changed instantly.

The E-Power tractors use a common electric vehicle charging port — the same as electric cars.
Alex Gray

Equipped with a standard electric vehicle charging port, the tractors can utilize any EV charger. While charging times depend on the battery configuration and charger used, John Deere aims for a practical charging schedule, allowing the tractor to run all morning and recharge during a typical lunch break.

Estimated charging times from 20% to 80% battery capacity are:

  • 5.5 hours at 19.2 kWh
  • 1.75 hours at 60 kWh
  • 1 hour at 100 kWh
  • 0.8 hours at 130 kWh

Farmers can monitor their tractors’ status, including battery charge, through the John Deere Operations Center, ensuring seamless integration into their existing operations.

Future Availability

A John Deere orchard tractor built with electric power.
Alex Gray

Currently in the prototype phase, the E-Power tractors are undergoing further testing, with plans for customer availability by 2026. John Deere will continue to provide a full range of diesel-powered options, with the E-Power tractors serving as a complementary addition, offering farmers a choice that aligns with their specific operational needs.

Original Story at www.agriculture.com