What the evidence shows
T&E's 2026 headline finds electric trucks cheaper in six of nine major EU markets when a Chinese alternative is included; its European-truck-only comparison wins in five, with Belgium nearly at parity. These are modeled results, not measured universal savings from fleet accounts.
Older vehicles or current generations?
The T&E result is a five-year modeled ownership comparison for representative long-haul trucks bought in 2026. It does not compare measured accounts from older and newer manufactured trucks.
We separate vehicles from before 2023 and 2023 onward. A report’s publication date does not establish a vehicle’s model year or a battery’s manufacturing date.
Model or system evidenceT&E nine-market long-haul TCO model
- What was measured
- The proprietary model compares representative 5-LH and 10-LH diesel, European battery-electric, and Chinese battery-electric trucks under country-specific prices, energy costs, tolls, subsidies and charging assumptions. It models purchases in 2026, 2028 and 2030 and a five-year first ownership period; the headline current results concern 2026 purchases.
- Vehicle years
- Purchase year 2026 is specified for the current scenario, but the report does not name vehicle makes, variants or formal model years. Purchase year should not be treated as verified build year.
- Battery chemistry
- Not reported for the generic modeled European or Chinese electric trucks.
- Battery capacity
- Not reported. The source gives vehicle-group energy use (5-LH EU 107 kWh/100km; 10-LH EU 109 kWh/100km) but no pack size or nominal/usable distinction.
- Battery manufacture
- No physical packs or pack-production dates are identified; battery prices are modeled and projected, not tied to a named pack or production batch.
- Observation period
- Five-year modeled ownership for trucks purchased in 2026; model report published September 2026. The key European-truck-only result is five of nine markets below diesel, while the six-of-nine headline adds the Chinese truck alternative.
“Not reported” means the source does not disclose it. Model year, first registration, vehicle assembly and battery manufacture are different dates. Unmatched studies cannot establish how much newer batteries improved.
Which brands do these results describe?
T&E’s country model compares European-made and Chinese electric truck categories without naming OEMs, so the TCO findings are segment/origin-level. Separate operations reports name Daimler and MAN trucks, but those route data are cost-driver context rather than make-specific TCO outcomes.
EV-focused brands
No separately identified result for this group in the cited evidence.
Established multi-powertrain brands
Mercedes-Benz · MAN
Daimler-reported eActros energy use cited as operational cost-driver context, not brand-specific TCO.
MAN eTGX energy-use example cited as operational context; no MAN-specific TCO result.
All manufacturers are OEMs. These groups describe brand focus, not a quality ranking or country of origin. EV-focused brands can also sell plug-in hybrids. Results apply to the identified models, batteries and conditions.
Manufacturer and model sources (4)
There is no Europe-wide cost winner
The broad claim that electric trucks are already cheaper everywhere leaves out the most important qualification: country, operation and truck origin. Transport & Environment’s September 2026 headline says electric trucks beat diesel in six of nine major EU markets, representing 46% of new heavy-truck sales. That count includes a lower-priced Chinese alternative. For European-made trucks alone, T&E’s model finds five markets with lower five-year cost; in Belgium the European truck is close to parity but remains €6,000 above diesel, while the Chinese alternative pays back after three years. T&E reports modeled European-truck savings reaching €85,000 in Germany and €100,000 in the Netherlands. The same European-truck baseline leaves electric trucks €16,000 more expensive in Poland, €47,000 in Spain and €94,000 in Italy. These are scenarios, not audited savings achieved by every fleet. [1][2] As a broader benchmark, the IEA’s 2026 outlook says electric trucks still cost two to three times as much to buy as diesel trucks and projects EU long-haul TCO parity around 2030. T&E finds parity in selected current country scenarios under its high-mileage assumptions; the two reports use different scenarios, and neither is evidence of fleet-wide savings because both are modeled rather than measured across fleets. [6]
The model explains why a single price or cost claim is unreliable. Its assumed European long-haul electric truck costs €265,000 for a 5-LH configuration or €300,000 for a 10-LH truck, against diesel assumptions of €120,000 and €140,000. T&E says those 2026 prices were based on literature and contacts with truck dealerships; they are analytical inputs, not public invoices for a specific model or universally available list prices. The model assumes 116,000 annual kilometres for 5-LH trucks, 107,000 for 10-LH, a five-year first ownership period, financing and a residual value assumption. I found no transaction price for the named customer trucks in the operational releases below, so their purchase costs should be treated as unknown. [1]
Energy and maintenance help, but the data have limits
Electric drivetrains can reduce energy and maintenance costs, but comparing the right service matters. MAN reported that Behrens eTGX trucks averaged 80 kWh/100km–90 kWh/100km during distribution and shuttle work. MAN also compared its electric fleet with diesel trucks consuming about 27 litres/100 km in its emissions calculation; that diesel figure is a stated comparator, not a controlled same-route cost test. Daimler’s June 2026 operational report offered several more specific winter observations: its Seifert route averaged 100 kWh/100km at 36 tonnes, a shuttle route averaged 114 kWh/100km at 30 tonnes, and a FERCAM route averaged 92 kWh/100km at up to 42 tonnes. These real operating figures show what selected routes used; they do not determine energy expense without each fleet’s electricity tariff, charging losses and diesel price. [3][4]
T&E’s model estimates maintenance at €12.8 per 100 km for electric trucks and €18.6 for diesel, excluding AdBlue and trailer tyres. It also includes financing, insurance, energy, infrastructure and tolls. That is useful because a truck’s economics are not just energy per kilometre, but the maintenance numbers remain modeled component costs rather than a multi-year record of workshop invoices from comparable fleets. Actual maintenance histories are still short for the current long-haul models. Daimler’s real-world report illustrates another material variable: specific routes saved €2,300–€4,000 a month in tolls, while one 352-kilometre shuttle completed all charging during loading and unloading. Those reported toll and dwell advantages are route-specific and do not disclose a full net-profit calculation after vehicle and charging costs. [1][3]
Treat the result as a fleet-specific business case
The cost verdict changes with electricity prices, toll exemptions, grants, utilization, financing, payload and access to depot or public charging. In its 2026 report, T&E identifies vehicle price, toll policy and energy costs as major cost drivers; it lists electricity prices for modeled markets ranging from €0.10/kWh in Sweden to €0.23/kWh in Germany, and a 35% five-year residual-value assumption. ACEA likewise notes that there is no single zero-emission truck TCO: the same vehicle can have a different business case depending on charging prices, tolls and utilization. Neither finding turns lower operating cost into an observed, universal purchase outcome. [1][5]
The evidence supports a narrower claim: under the model’s mileage, price, financing and policy assumptions, electric long-haul trucks can already beat diesel on five-year TCO in several European markets. A buyer should compare a dealer or lease quote and energy contract for its actual truck configuration, route, payload, charging sites, maintenance package, toll exposure and resale terms. Without that matched calculation, neither ‘electric always saves money’ nor ‘diesel is always cheaper’ is established.
Data period: 2025–2026 operating data and a published September 2026 five-year total-cost model for trucks purchased in 2026; model outputs are distinguished from measured customer operations
What this does—and doesn’t—tell us
- T&E’s results are a model, not observed five-year ownership outcomes; it uses representative vehicles and a medium-sized enterprise assumption.
- Vehicle purchase prices are model inputs rather than public transaction prices for named Volvo, Mercedes-Benz, MAN or Scania trucks. No purchase price is inferred from an order announcement.
- The model depends on annual mileage, financing, residual value, electricity and diesel prices, toll rules, subsidies, charging infrastructure and national policy. Conditions can change during the five-year period.
- Actual energy records from a few customer routes cannot establish a Europe-wide average or prove that a fleet’s complete TCO is lower.
A 2026 European model shows electric trucks can win on five-year cost in some countries and lose in others. Treat modeled prices and maintenance savings as assumptions, then calculate TCO for the fleet’s real routes and contracts.
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