Electric Commercial Vehicle Market Entry Case Study

Client Overview

A leading automotive manufacturer with an established presence in electric two and three-wheelers engaged Makreo Research to evaluate the feasibility of entering India's electric commercial vehicle (ECV) segment. The client's focus was on medium-duty trucks and urban logistics fleets, where early EV adoption is accelerating but financing structures and total cost of ownership (TCO) remain the deciding factors. The client sought clarity on how distributors, fleet operators, and financiers actually weigh ECVs against diesel trucks including the perceived risks around battery life, resale value, and financing terms.

Objective of the Study

Market and Policy Context Mapping - Assess the evolution of India's ECV market, including sales trends across EV segments (2W, 3W, 4W, buses) and state-level adoption patterns, to identify high-potential clusters for commercial EVs.
Distribution and Financing Reality Check - Capture ground-level perspectives from distributors and channel partners on stocking ECVs, credit terms, and customer financing barriers, with particular focus on medium and heavy-duty trucks.
TCO and Use-Case Viability Assessment - Benchmark the total cost of ownership of electric trucks against diesel across typical Indian operating scenarios, factoring in upfront cost premiums and evolving TCO parity timelines.
Entry Strategy and Risk Mitigation Framework - Translate findings into a practical entry roadmap covering product positioning, financing collaborations, and pilot models with measurable risk-return expectations.

Solutions Delivered & Impact

Makreo Research delivered an integrated, data-backed framework combining market analytics, primary research, and policy assessment to guide the client's entry into India's electric commercial vehicle market.

Market and Demand Intelligence

The study mapped India's EV trajectory to establish where ECV demand is forming. Two- and three-wheeler segments showed strong multi-year growth, signalling broad acceptance in personal and shared mobility, while electric buses, though far smaller in volume, carried outsized market value due to higher per-unit pricing and public fleet adoption. This framed ECVs as a high-potential but still underpenetrated opportunity. State-level analysis further showed demand extending well beyond metro hubs, with states like Madhya Pradesh and Tamil Nadu emerging among the fastest-growing markets. Together, this intelligence sharpened the client's mandate into designing an ECV entry strategy grounded in economic viability and managed risk, rather than technology hype alone.

Pricing and Profitability Optimization

Cost-structure analysis revealed that battery packs make up a substantial share of an electric truck's upfront price, driving a significant cost premium over comparable diesel models. Makreo built India-specific, multi-year TCO scenarios for urban logistics operations, quantifying how fuel savings, lower maintenance, and policy incentives can offset the higher acquisition cost, while also identifying the operating conditions under which ECVs fail to reach cost parity. This gave the client a clear view of where aggressive rollout makes financial sense and where it doesn't.

Stakeholder Driven Market Validation

A structured primary survey of 500 distributors, dealers, and regional partners across multiple high-penetration EV states captured ground realities around stocking willingness, credit norms, customer resistance to ECV pricing, and openness to bundled financing.

This was complemented by interviews with urban logistics operators, fleet managers, and financiers (NBFCs/banks), which surfaced the real financing hurdles, including loan tenures, down payment expectations, and why ECVs are still often treated as high-risk assets, that separate theoretical TCO advantages from what actually happens on the ground.

Growth and Opportunity Mapping

Makreo compiled and compared state-level EV policies, purchase subsidies, scrappage incentives, and infrastructure support relevant to commercial fleets, cross-verifying findings against official sources for reliability. This produced a practical policy matrix linking priority states, incentive intensity, and likely TCO impact, giving the client a roadmap for where policy tailwinds align with commercial viability.

Overall, the study enabled the client to align ECV entry decisions with market momentum, distributor readiness, financing realities, and policy support, converting a complex, fast-moving market into a clear, actionable entry strategy.

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