Electric trucks stopped being a pilot project sometime in early 2026. Registrations of electric commercial vehicles nearly quadrupled in the first five months of the year, and the shift is no longer limited to last-mile three-wheelers - logistics, ports, cement, and e-commerce operators are moving heavier segments onto electric platforms too.
For fleet owners still running diesel-only operations, the question isn't really "if" anymore. It's "when, and on which routes first."
Why the Shift Is Happening Now
A few forces are converging at once:
- Total cost of ownership has closed the gap. The price premium on electric cargo vehicles has fallen from roughly 30% to closer to 15% over conventional vehicles in some segments, with cost parity increasingly achievable within a few years of ownership.
- Fuel cost volatility. Diesel price swings tied to global crude markets make electricity - a comparatively stable and lower per-kilometre cost - increasingly attractive for fleets running predictable, fixed routes.
- Policy support is accelerating. Government consultations through 2026 have focused squarely on financing access, charging infrastructure, and fleet deployment support for electric trucks and buses, signaling sustained policy backing rather than a short-term incentive.
- Depot and hub-to-hub routes are the natural starting point. Predictable daily kilometres, fixed charging locations, and closer monitoring make industrial, cement, steel, and hub-to-hub freight the segments where e-trucks are scaling first - not long-haul, unpredictable routes.
What Changes Operationally with an EV Fleet
Electrification isn't just a vehicle swap. It changes how a fleet needs to be managed day to day:
1. Range and Charging Become Dispatch Variables
Unlike a diesel vehicle where refuelling is a five-minute stop almost anywhere, an electric truck's usable range and charging location need to factor directly into route and load planning. Dispatch decisions that used to consider only vehicle type and driver availability now need battery state and charging schedule as core inputs.
2. Maintenance Patterns Shift
Electric drivetrains have fewer moving parts and lower mechanical maintenance needs, but battery health, thermal performance, and charging cycle monitoring become new tracking requirements that didn't exist with diesel fleets.
3. Cost-per-KM Tracking Needs to Separate Fuel Types
A mixed fleet - part diesel, part electric - needs cost and utilization tracking that can compare the two fairly, so an owner can see which routes are genuinely cheaper to run electric and which aren't yet.
4. Driver Training Extends Beyond Driving
Range management, charging protocol, and understanding regenerative braking are new skills for drivers moving from diesel to electric vehicles - a training requirement that mixed fleets need to plan for.
How a Connected TMS Supports the Transition
Fleetcodes' architecture - built around a single connected view of dispatch, tracking, and analytics - extends naturally to electric fleets without requiring a separate system:
- Fleet Analytics Dashboard tracks cost per km, utilization, and route profitability across both diesel and electric vehicles side by side, giving fleet owners real data on which routes justify electrification first.
- Predictive Maintenance flags anomalies against each vehicle's own baseline - a model that extends to battery performance and charging efficiency monitoring as electric vehicles become a larger share of a fleet.
- AI Dispatch Planning already factors in vehicle type, location, and route history - the same logic that will incorporate range and charging windows as EV-specific dispatch inputs mature.
- Real-Time GPS Tracking works identically across fuel types, so mixed-fleet visibility doesn't require running two separate monitoring systems.
Starting the Transition the Right Way
Fleet owners who've moved early on electrification consistently point to the same lesson: start with predictable, fixed routes - depot to hub, short industrial loops - where range and charging are easiest to plan around, before expanding to more variable long-haul operations. The ROI case isn't built on environmental intent alone; it's built on utilization, energy cost per trip, and uptime, the same metrics that already matter for a diesel fleet.
A TMS that already gives full visibility into those metrics for a diesel fleet is the same infrastructure that makes an EV transition measurable, rather than a leap of faith.
Planning your fleet's shift toward electric vehicles? Request a demo and see how Fleetcodes tracks mixed-fleet performance in one dashboard.