Busting the Myths Around Electric Heavy-Duty Trucks

Electric heavy-duty trucks are gaining attention as businesses seek cleaner, more energy-secure transport. The West Asia conflict has reinforced the importance of energy security. According to Vahan data, 821 N3 electric trucks were registered between January and July 2026, while registrations in July rose to 2,081.

The Ministry of Heavy Industries (MHI) and NITI Aayog are working to accelerate adoption through an enabling policy environment. Expanding charging infrastructure could help the segment scale, although misconceptions remain a barrier.

For drivers, fleet operators and logistics companies, electric trucking remains unfamiliar. Questions about payload, range, charging, battery life and costs are common. Some reflect genuine concerns; others stem from assumptions about a developing technology. Addressing them requires more than introducing vehicles: it also means building awareness and confidence among operators.

Myth 1: Electric Trucks Are Too Expensive to Make Business Sense

Electric heavy-duty trucks can cost more upfront than diesel vehicles, but the purchase price alone does not show their full economics. Commercial vehicle decisions require a Total Cost of Ownership (TCO) assessment covering energy, maintenance, utilisation, financing and vehicle life.

The key question is a truck’s lifetime operating cost, not just its purchase price. Cost per kilometre, efficiency, utilisation and maintenance all matter. On predictable, high-use routes, lower running costs may strengthen the business case.

Flexible ownership models can reduce the initial burden. Battery-as-a-Service (BaaS) separates the battery cost from the vehicle, allowing operators to pay for battery use or energy through an operating model. Energy-as-a-Service (EaaS) can similarly link expenditure to usage, potentially lowering upfront capital requirements and aligning costs with vehicle utilisation.

Myth 2: Electric Trucks Are Only Suitable for First and Last-Mile Delivery

This assumption overlooks the technology’s evolution. Electric heavy-duty vehicles are being assessed for hub-to-hub transport and fixed industrial corridors.

Trucks often travel defined routes between factories and warehouses, mines and plants, distribution hubs and customers, or industrial centres. Predictable journeys let operators plan around distance, payload, turnaround time and charging access instead of treating range as a universal limitation.

Globally, electric heavy-duty trucks serve regional haulage, urban distribution and industrial operations. In India, deployments across logistics, cement, ports and supply chains are showing their potential in high-use fleets. The goal is not to replace every diesel truck immediately, but to identify high-volume freight routes where operating patterns support electrification.

Government initiatives, private networks and fleet-led infrastructure are expanding high-power charging for commercial vehicles. Charging solutions in the 180 kW-plus category and higher-power systems are being developed for heavy-duty use, with the aim of shortening charging windows and improving vehicle utilisation.

Myth 3: Charging Takes Too Long and Reduces Productivity

An idle truck means lost earning time, so charging duration matters. However, trucking already involves planned stops for loading, unloading and driver rest. Route planning and suitable high-power chargers can help fit charging into these cycles.

Rather than copying diesel operations exactly, fleet schedules and infrastructure need to reflect electric mobility’s strengths.

Charging options are moving beyond conventional depot systems. Battery swapping can reduce downtime by replacing a depleted battery with a charged one. Battery Energy Storage Systems (BESS) can help manage peak electricity demand and support high-power charging at strategic sites. Solar power may also complement depot and hub charging where rooftop or land capacity allows renewable generation to be combined with storage.

The Mumbai–Pune corridor illustrates this approach: charging can be planned around predictable movements between major industrial hubs. Infrastructure can begin on high-demand freight routes rather than requiring a nationwide network immediately. Productivity should be assessed across the full operating cycle, not charging time alone.

Myth 4: Battery Life Is Uncertain and Replacement Costs Make Electric Trucks Unviable

Operators may worry that battery replacement after a few years could undermine the economics. Modern commercial EV batteries are designed for demanding duty cycles, while battery-management systems monitor temperature, state of charge and battery health.

Battery degradation can be measured. Global deployments provide performance data and manufacturers increasingly offer warranties and defined performance parameters. Growing use of electric buses and commercial vehicles in India is also generating local operating data.

Warranties, monitoring and ownership models can manage risk. The key question is how degradation affects usable range, operating costs and total cost of ownership not simply whether replacement will eventually be needed. BaaS can separate battery investment from vehicle ownership.

Myth 5: Financing Is Limited and Interest Costs Are Too High

Financing is evolving alongside the electric commercial vehicle ecosystem with longer-tenure options and leasing models for fleet operators. Leasing can reduce upfront capital needs, while structured finance spreads acquisition costs over time and can better match repayments to vehicle use.

Government-backed interventions may further improve affordability. Schemes such as Parivartan and proposed or upcoming MHI support mechanisms aim to improve financing, including through interest subvention. Their impact will depend on final provisions, availability and eligibility.

For businesses considering a shift, the first step is to map routes and daily vehicle requirements, then compare suitable electric models against existing diesel operations. Operators should review actual payload, distance travelled, charging windows, depot capacity and turnaround schedules before committing to a fleet. Pilot deployments can help teams understand real-world energy consumption, driver requirements and maintenance patterns. Working with vehicle manufacturers, charging providers and financiers can also clarify service support and commercial terms. This practical, evidence-led approach allows companies to begin with suitable routes, learn from operating data and expand when the economics and infrastructure support wider deployment at a sustainable pace.

Awareness Is the Key to Wider Adoption

Electric heavy-duty trucking will face challenges as infrastructure and the wider ecosystem develop. Still, practical constraints must be separated from outdated assumptions. Each application should be assessed on total cost of ownership, route predictability, charger availability, battery performance and financing.

As deployments, charging networks and operating data grow, businesses can assess electric trucks on performance rather than assumptions. Wider adoption will depend on technology, infrastructure, workable financing and the confidence to deploy at scale.


(Author: Mr. Jayesh Shelar, CMO, Blue Energy Motors, Views are personal.)