As India’s EV ecosystem matures, the focus is shifting from adoption numbers to execution on the ground. In a recent interaction with Sanjana Negi, Abhinav Kalia, CEO and Co-founder of ARC Electric, highlighted the importance of operational efficiency, total cost of ownership, and flexible access models in scaling electric mobility across urban and commercial segments. According to Abhinav Kalia, EV adoption is no longer just about selling vehicles—it is about ensuring seamless, high-frequency usage that delivers predictable costs, reliability, and uptime for users and fleets.
Abhinav Kalia pointed out that the biggest execution challenges today lie not in vehicle availability but in building supportive systems. These include robust charging infrastructure, operational planning, driver training, energy management, and maintenance workflows. Properly designed EV operations can lower running costs per kilometre, reduce downtime, and make total cost of ownership more attractive than conventional vehicles. ARC Electric helps enterprises and fleet operators realise these benefits by analysing usage patterns, optimising routes, coordinating charging, and managing end-to-end operations.
Corporate sustainability goals are also driving tangible changes in mobility decisions. Companies are moving beyond symbolic commitments and integrating green mobility into operations, finance, and leadership decisions. This has prompted a shift toward integrated, reliable solutions with emissions tracking, route optimisation, and performance benchmarks.
India’s EV narrative is evolving. Why do you think the focus is now shifting from adoption numbers to execution on the ground?
India has moved beyond the awareness and early-adopter phase of EVs. Adoption numbers were necessary to validate intent, but the real challenge now is execution at scale. When EVs enter daily, high-frequency use, issues like uptime, charging reliability, operational planning and cost predictability become critical. Execution determines whether EVs can replace conventional vehicles in real-world conditions. The conversation is shifting because stakeholders enterprises, operators and policymakers now realise that long-term success depends on how seamlessly EVs perform every day, not just how many are sold or announced.
What are the biggest execution challenges EV players face today in terms of infrastructure, operations, and scale?
The biggest challenge is not the availability of vehicles, but building systems that support consistent daily operations. Charging infrastructure exists, but access, reliability and turnaround time vary significantly across cities. Operationally, EVs require better route planning, driver training, energy management and maintenance workflows. At scale, cost predictability becomes a concern if supply chains or charging access are inconsistent. EVs perform extremely well when systems are designed around them, but struggle when forced into legacy operating models built for ICE vehicles.
Why do everyday usage costs and total cost of ownership matter more to consumers and fleets than upfront EV pricing?
Upfront pricing is a one-time decision, but mobility is a recurring, daily activity. For users and fleets, what matters is how much a vehicle costs to run per kilometre, how often it is available, and how predictable those costs are over time. EVs fundamentally change this equation through lower energy and maintenance costs. However, these benefits only materialise with proper utilisation. When EVs are deployed correctly, total cost of ownership becomes significantly lower than conventional vehicles, making them economically compelling beyond just environmental considerations.
How is ARC Electric helping users better understand and benefit from EV usage economics?
At ARC Electric, we focus on designing EV operations around usage patterns rather than vehicle ownership. We analyse routes, daily distances, dwell times and charging availability to deploy the right vehicles in the right use cases. This ensures consistent performance and cost efficiency. By managing fleets end-to-end vehicles, charging coordination and operations we help users experience predictable costs and high uptime. This operational clarity helps enterprises and partners clearly see the economic advantage of EVs in real-world deployment, not just in theory.
How are corporate sustainability goals influencing real mobility decisions rather than remaining policy statements?
Sustainability has moved from being a reporting requirement to a boardroom priority. Corporates are now under pressure to show measurable outcomes rather than intent statements. Mobility is one of the fastest areas where impact can be demonstrated because transportation emissions are visible and trackable. As a result, companies are actively evaluating electric mobility for employee commute, executive travel and logistics. These decisions are no longer driven only by CSR teams but by operations, finance and leadership, making EV adoption a business decision rather than a symbolic one.
What operational changes are companies making as sustainability becomes a core business priority?
Companies are redesigning how mobility is planned and managed. There is a shift from fragmented vendor models to integrated solutions that offer reliability, data visibility and emissions reporting. Organisations are also setting internal benchmarks for emissions reduction per kilometre travelled. From scheduling routes around charging to setting performance KPIs for green mobility, sustainability is influencing day-to-day operational choices. Importantly, companies are demanding solutions that balance sustainability with service quality, ensuring that green initiatives do not compromise productivity or employee experience.
Why do you believe access to EVs will matter more than ownership in the long run?
Mobility is fundamentally about access, not possession. As EV technology evolves, flexibility becomes more valuable than ownership especially in urban and commercial use cases. Access-based models allow users to benefit from EVs without worrying about charging management, maintenance or asset risk. This is particularly relevant as battery technology, regulations and costs continue to change. Over time, people and businesses will prefer reliable access to well-managed electric mobility rather than owning assets that require specialised handling and constant optimisation.
How do models like leasing, subscriptions, or shared EVs accelerate adoption across urban and commercial segments?
These models remove key adoption barriers, high upfront cost, uncertainty around performance, and operational complexity. Leasing and shared EVs allow users to experience electric mobility without long-term commitment while still benefiting from lower running costs. For urban and commercial environments where utilisation is high, these models maximise asset efficiency and accelerate learning. They also enable faster scaling because fleets can be deployed and optimised centrally. Ultimately, such models make EV adoption practical, flexible and financially sensible for a wider range of users.
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