Why 2026 is the year of decision:
Anyone purchasing a new farm loader in 2026 will be making that decision in a completely different market environment than just two years ago. The current agricultural diesel price is around €2.04 per liter on a national average, with some locations already at €2.50. The CO₂ component will account for 18.9 cents per liter of this in 2026, with an upward trend. And even after the reinstated agricultural diesel rebate of 21.48 cents/liter, the diesel price remains at a historically high level.
The good news: precisely this market situation makes switching to an electric farm loader more attractive today than ever before. Because those who run on electricity from their own PV system remove the biggest cost risk in daily agricultural operations from the farm and gain planning security over the entire service life of the machine.
A major advantage lies in predictability
Until now, discussions about "e-farm loader vs. diesel" almost always revolved around purchase price and operating hours. In 2026, however, the real question is different: Anyone who opts for a diesel farm loader today is committing for 10 to 15 years to an oil price that no one can reliably predict anymore. CO₂ pricing, geopolitical crises, and the gradual increase in energy tax tend to push diesel prices further up, while solar power from one's own roof remains stable in the long term at around 6 to 8 cents per kWh of generation costs.
For an agricultural business, this is a paradigm shift: the farm loader moves out of the volatile energy price equation and becomes part of its own, self-produced energy supply. This is the real lever and it is reflected in every operating cost calculation.
The cost comparison in figures: Diesel farm loader vs. MONA electric telescopic wheel loader
To calculate demonstrably, we take a typical usage profile: 800 operating hours per year, 12 years of service life, medium lifting class (comparable to a telescopic wheel loader with approx. 1.5–2 t tipping load).
Example calculation for a diesel loader
- Purchase: approx. €65,000 net
- Fuel: 3.5 l/h × 800 h × €2.04/l minus 21.48 ct/l reimbursement = approx. €5,100/year
- Maintenance, oil changes, filters, AdBlue: approx. €950/year
- Total operating costs over 12 years: approx. €72,600
- Investment + operation: €137,600
Example calculation for an electric loader
- Purchase: approx. €65,000 net
- Electricity costs with self-generated PV electricity (4 ct/kWh): approx. 20 kWh/h × 800 h × €0.04 = approx. €640/year
- Maintenance (no engine oil changes, no filters, less wear): approx. €600/year
- Total operating costs over 12 years: approx. €14,880
- Investment + operation: €79,880
Calculated advantage of electric: approx. €57,720 over 12 years. And that's in a scenario with a constant diesel price.
What the pure numerical comparison doesn't show
The operating cost calculation is only half the story. In practice, there are additional advantages that are particularly decisive in dairy cattle, horse, and farm-direct marketing operations:
Quiet operation in the barn. Electric loaders often operate at around 68 dB(A) – comparable to a normal conversation. Early feeding at 5 AM disturbs neither neighbors nor animals. This demonstrably reduces the stress level of dairy cows and has a positive effect on milk yield.
Zero emissions in closed barns. No CO, no particulate matter, no NOₓ emissions in the vicinity of animals and employees. This is a real gain for animal welfare and occupational safety, which is also becoming increasingly relevant for QM and organic certifications.
Significantly reduced maintenance. An electric drive has about 70 percent fewer moving parts than a diesel engine. No injection pump, no particulate filter, no AdBlue system, no engine oil. Typically, farms save 4–6 workshop appointments per year.
Higher resale value. The used market in 2026 values electric machinery significantly more stable than diesel variants – primarily because future environmental zones and stricter emission regulations will put pressure on the residual values of older diesel machines.
For which businesses is an electric farm loader particularly worthwhile?
The economic advantage arises wherever many operating hours and own PV electricity come together. The following benefit particularly strongly:
Dairy farms with high operating hours due to feed and manure work, combined with barn operations where noise and emissions are directly avoided. Horse boarding stables and riding stables, because customers are sensitive to diesel noise and the farm ambiance is crucial. Fruit, wine, and vegetable farmers who operate PV systems on storage halls and refrigeration systems and significantly increase their self-consumption. Contractors and machinery rings, because the low operating costs pay off particularly quickly with intensive utilization.
Anyone who operates for fewer than 400 hours per year and does not have a PV system should carry out the calculation individually. Even there, the balance can tip in favor of electric once replacement purchases and the CO₂ price path are included.
Conclusion: Electric farm loaders are the more predictable investment in 2026
The diesel farm loader was the standard answer for decades – in 2026, it no longer is. The electric farm loader clearly wins the cost comparison with typical utilization and is the only one to offer the true currency of modern business management: planning security over the entire service life. As long as diesel prices depend on global crises, CO₂ tax, and tax reforms, this is an argument that grows with every calculation.
We would be happy to perform the cost calculation for your business together with you, including PV connection, battery storage, and the appropriate farm loader model.