Why Electric Vans may Soon Cost Less Than Diesel
With global cargo and e-commerce demand expected to surge over the next 20 years, electric light commercial vehicles (eLCVs) will be vital in decarbonising transportation.
Pranav Jaswani, Technology Analyst at IDTechEx, says: "eLCVs are now technologically mature enough to compete with current combustion vehicles on virtually all performance metrics."
However, for widespread adoption, they must prove financially viable.
IDTechEx's new report, Electric Light Commercial Vehicles 2025-2045: Markets, Players, Forecasts, suggests that eLCVs are on track to achieve total cost of ownership (TCO) parity.
"This will provide a significant market driver for adoption, leading to more than 11 million eLCVs to be sold annually by 2045," Pranav adds.
The current cost challenges of eLCVs
While eLCVs offer clear environmental benefits, their financial appeal lies in lower operating costs.
"Using electricity instead of diesel not only creates considerable savings more than a vehicle's lifetime but protects against volatile fluctuations in diesel prices that can severely harm fleet operators' bottom line," Pranav says.
IDTechEx's report finds that a standard eLCV can save up to US$1,300 per year in energy costs compared to a diesel alternative.
Additionally, eLCVs require less maintenance than their combustion counterparts, as they have fewer moving parts and experience less wear and tear.
"This results in lower costs and greater availability for fleets — up to two extra days of operation per vehicle per year," Pranav asserts.
However, eLCVs still face a major hurdle: high upfront costs. The capital expenditure (CAPEX) of an eLCV remains higher than that of a diesel van, primarily due to expensive battery systems and drivetrains.
"eLCVs have higher R&D costs and currently lack the economies of scale needed to bring prices down," Pranav notes.
Depending on the vehicle's manufacturer, region and size, the price premium of an eLCV can range from 10-20% for smaller models to as much as 40-60% for larger ones.
Another key financial challenge is depreciation.
"Depreciation can make up nearly two-thirds of the cost borne by an eLCV, which can undo savings achieved through energy or maintenance," says Pranav.
Market hesitation towards second-hand eLCVs and concerns about battery lifespan has led to faster depreciation rates than traditional combustion LCVs.
Shifting market dynamics in favour of eLCVs
Despite these challenges, eLCVs are moving towards TCO and CAPEX parity with diesel vehicles. Key industry changes drive this shift, making eLCVs an increasingly attractive option for commercial fleets.
Battery technology advancements aim to lower battery pack costs, reducing eLCV purchase prices.
"Improvements in drivetrain efficiency will enable the use of smaller batteries and less powerful motors," Pranav explains, further cutting costs.
Growing demand for eLCVs will drive greater economies of scale. Higher production volumes of vehicles and components — especially batteries and drivetrains — will generate further cost reductions.
IDTechEx's report highlights key developments in eLCV battery production by major players like Stellantis, GM and CATL, reinforcing manufacturers' commitment to eLCVs as the future of cargo transport.
The impact of regulation and incentives
As eLCVs become cheaper to produce, diesel LCVs are expected to become more expensive to own and operate.
"With tightening emissions legislation, operators will face additional costs to upgrade vehicles and meet new compliance requirements," Pranav notes.
Government incentives are also crucial in improving eLCV affordability.
"Many countries offer grants for eLCV purchases, typically from US$3,000 to US$10,000," Pranav explains.
The incentives aim to eliminate upfront cost barriers and help eLCVs achieve TCO parity quickly.
Local emissions regulations are another factor tipping the scales in favour of eLCVs. Many cities worldwide implement low-emission or zero-emission zones where only EVs can operate.
"Some of these zones allow non-compliant vehicles but impose a fee—London's Ultra Low Emission Zone, for example, charges US$15.5 per day per vehicle," Pranav says.
Currently, six European countries have some form of zero-emission zone, including two of the largest LCV markets: the UK and France.
The road to widespread eLCV adoption
While these developments are helping eLCVs reach TCO parity with diesel, long-term market dynamics will ultimately determine their success.
"IDTechEx's new report finds that universal TCO parity will rely on evolving customer perceptions of eLCV performance, reliability and battery longevity," Pranav notes.
As eLCVs become more prevalent, their resale values should improve, mitigating depreciation concerns.
With more eLCVs on the road, insurance premiums are expected to decline, bringing them closer to diesel vehicle rates. With technological advancements and regulatory incentives, the shifts will make eLCVs an increasingly viable alternative to traditional combustion vans.
By addressing cost barriers and leveraging market trends, eLCVs stand to become a dominant force in commercial transport — offering a cleaner, more cost-effective future for cargo mobility.
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