Electric tractors promise many benefits to the agricultural sector, including improved efficiency, reduced operational and maintenance costs, and fewer carbon emissions.
Although electric tractor market growth has been slow compared to the rise of other electric vehicles (EVs), several companies are making exciting advancements.
With this in mind, we’ve compiled a list of the top six models for 2024, outlined the factors to consider before making a purchase, and discussed the outlook for electric tractors in 2024 and beyond.
1.RYOBI 80V HP
Ryobi manufactures a wide range of innovative power and garden tools, including drills, sanders, routers, chainsaws, seed spreaders, and mowers.
Its 80V product line includes Zero Turn Riding Mowers, Riding Lawn Tractors, and a Walk Behind Mower that offer the power and runtime of their gas-powered counterparts with the convenience of an interchangeable lithium-ion battery.
2.Cub Cadet XT1 LT42E
The Cub Cadet XT1 LT42E is a zero-emissions electric riding mower that provides 3.5 acres of runtime without power fade and recharges in approximately four hours. It features a 3000Wh lithium-ion battery that can be charged using a standard 110-volt outlet.
Some of the mower’s best features include LED headlights for use in low-light conditions, cruise control that enables users to maintain their desired speed, a 13-ga., 42-inch twin blade, and an optimal steering system designed for responsive handling.
It also supports a wide range of attachments, including Cub Cadet’s Hauler, Front Brush Guard, Sun Shade, Plow Blades, Tire Chains, and Snow Plow.
Cub Cadet estimates that the XT1 LT42E saves 43.85 hours a year, based on mowing frequency, refueling, maintenance, and storage of a gas-powered counterpart.
The mower costs $4,899.
3. Greenworks 60V
Greenworks sells a range of battery-powered and electric tools, including lawnmowers, pressure washers, string trimmers, blowers, and chainsaws.
Last year, it announced a partnership with the Tractor Supply Company to launch the Greenworks 60V product line, which includes the ZeroTurn Riding Lawn Mower and the Tractor Riding Lawn Mower.
4. 2019 John Deere GridCON
In 2019, electric tractor manufacturer John Deerereleased detailsabout its upcoming GridCON electric tractor. Powered via a 1km-long power cable, GridCON was developed in collaboration with the German government, the Technical University of Kaiserslautern, and the German B.A.U.M. foundation.
Operating autonomously, the tractor can be driven to the field at speedsslightly faster than 20 km/husing a wireless remote control. Since 2019, researchers have been working to reduce the tractor’s weight from 8.5 to 7.5 tonnes.
In 2016, John Deere launched the Sesam tractor, which used a 130 kWh battery pack and two electric motors to produce 400 hp of power. Last year, it unveiled the Sesam 2, which has 680 hp of power available for the electric powertrain.
5.Solectrac e25G Gear
The Solectrac e25G Gear is a compact electric tractor designed for small or hobby farms, equestrian centers, golf courses, and livestock operations. It has a runtime of between 3-6 hours, depending on the load, and is fully rechargeable in eight hours.
Solectrac tractors require up to 10x less maintenance than a diesel tractor and combine emission-free performance with quiet power.
Prices for these 25 hp category compact tractors start from $29,249 with the option to configure the tractor with the following attachments:
6.MK-V
Electric tractor manufacturer, Monarch, has designed the world’s first 100% electric, driver-optional, connected smart tractor. The MK-V tractor boasts a runtime of up to 14 hours, can fully recharge in as little as six hours, and offers 5.6kW of exportable power.
MK-V’s autonomous driving technology, which includes sensory cameras and a fully digital interface, could help the agricultural sector address labor shortages. Users can seamlessly switch between operating a single tractor or overseeing a fleet of autonomous tractors.
Monarch tractors could reduce operational expenditure by up to $18,000 and provide savings of 54 metric tons of CO₂e, per tractor, per year.
The Monarch tractor is available to reserve for just $100 (until December 31, 2023). Once an order is placed, a Monarch representative will reach out with more details on expected delivery timelines.
Factors to Consider When Choosing an Electric Tractor
Here are the most important factors to consider when shopping for an electric tractor:
1. How Powerful Is the Electric Drivetrain?
An electric drivetrain system is responsible for delivering power from a tractor’s battery to its wheels.
If a tractor is to be used for high-intensity activities, such as harvesting, seeding, and transportation, it will require higher-capacity batteries and additional power to function effectively.
2. Is The Tractor Powered by Renewable Electricity?
A reduction in GHG emissions is a key benefit of electrification in the agricultural sector, which contributes around 10% of all global GHG emissions.
Electric tractors that are powered with renewable electricity, such as wind and solar energy, will not contribute to carbon emissions.
3. Are the Batteries Fit for Purpose?
Consider the following:
Note that as component costs come down and technology advances, batteries will become cheaper, more powerful, and longer-lasting.
4. What Are the Total Costs?
Prices of electric tractors vary enormously depending on their capabilities, size, and functionality. It’s important to research the price of add-ons and warranties alongside baseline costs, as this could have a huge impact on the final bill.
California has begun offering rebates to those purchasing electric tractors, and it’s expected that other states will follow suit in the years to come.
5. What Capabilities Are Required?
Before purchasing an electric tractor, consider the following:
Consider which features are most important and prioritize those.
What Are the Challenges Associated with Electric Tractor Production?
High upfront costs, insufficient battery power, and lack of demand are expected to stall the widespread adoption of electric tractors. In fact,just 5%of tractors sold globally in 2030 are forecast to be fully battery-electric. John Deere, for example, isn’t expected to release a fully electric modeluntil 2026, while other manufacturers are yet to release their first prototypes.
Agricultural machinery is particularly challenging to electrify because it must be both powerful and long-lasting while imposing minimal damage to the land on which it operates. The addition of a heavy electric battery to a large combine harvester, for example, is likely to pose a threat to soil health.
Another barrier to electric tractor production is the lack of federal investments and incentives. California is one of the few states to implement a rebate program, theClean Off-Road Equipment Voucher (CORE) Incentive Project, which aims to replace diesel tractors and other agricultural equipment, freight trucks, landscaping equipment, port equipment, and even forklifts with electric equivalents. By contrast, electric car manufacturers enjoy a range of incentives and rebates.
The Future of Electric Tractors
Realistically, the rise of the fully electric tractor will come after the mass adoption of other types of EVs, including cars, buses, and lorries.
To date, it is the increased production of these types of EVs that has commoditized the manufacturing of lithium-ion batteries, motors, and power components, driven investments in charging infrastructure, and advanced battery technology.
Of the limited companies that are already manufacturing electric tractors, the ability to tap into the expertise and resources of electric car companies has been a key consideration. Monarch, for example, hasestablished headquarterswithin an hour of Tesla’s Fremont factory.
The Biden administration has set targets for two out of every three vehicles sold in the U.S. to be electric by 2030. This will accelerate developments in charging infrastructure, battery technology, and manufacturing efficiency — paving the way for all-electric tractors in the coming years.
