The global electric truck market will reach $1.04 trillion by 2035, with megawatt charging emerging as the single biggest accelerant behind that growth, according to a new industry forecast reported by TimesTech.

The headline number is striking for road freight operators. A trillion-dollar market implies a wholesale shift in how fleets replace diesel tractors over the next decade, and the pace of that shift now hinges less on truck availability than on charging hardware. Megawatt Charging System (MCS) technology — capable of delivering far higher power than the passenger-car charging standard — is the piece that makes long-haul electrification commercially plausible.

Why megawatt charging changes the economics

For regional and urban distribution, depot charging at moderate power has already worked well enough to justify fleet orders. Long-haul is different. A Class 8 tractor hauling a full load needs to recover meaningful range in a 30-45 minute driver break, and that requires charge rates in the megawatt class rather than the 150-350 kW common today.

The forecast's linkage of market value to MCS rollout signals where shippers and carriers should watch capital flows:

• Charging infrastructure investment along major freight corridors
• Truck OEM commitment to MCS-compatible tractor platforms
• Energy pricing structures that determine per-mile cost versus diesel

What this means for carriers and shippers

For carriers, the commercial calculation is total cost of ownership. Electricity priced competitively against diesel, combined with lower maintenance on electric drivetrains, is the case for early adoption. The risk sits in charging availability: a tractor that cannot complete its lane on a single charge, with no megawatt-capable stop en route, is not a deployable asset.

For shippers, the trillion-dollar trajectory translates into pressure on Scope 3 emissions reporting. As electric truck capacity scales, tenders will increasingly reward carriers able to offer zero-tailpipe-emission capacity on key lanes. Forwarders and 3PLs face the same dynamic — the ability to book low-carbon road capacity will become a differentiator in contract renewals well before 2035.

For truck makers and charging network operators, the forecast frames a race. Whoever standardizes and deploys megawatt charging at scale first effectively sets the operating model for long-haul electrification, much as Tesla's Supercharger network shaped the passenger EV market.

The decade ahead

A $1.04 trillion market by 2035 does not arrive evenly. It compounds through fleet replacement cycles, corridor-by-corridor infrastructure buildout, and regulatory pressure across major markets. Fleets that lock in depot charging and pilot MCS-compatible equipment early will be positioned to capture the freight demand that decarbonization mandates increasingly direct toward them.

If megawatt charging deployment stays on its current acceleration curve, the industry should expect electric trucks to move from niche duty cycles to mainstream long-haul lanes within the forecast window — with rate structures and network design following the electrons.