According to VAHAN portal data, the electric vehicle market in India has grown dramatically, with EVs making up 8% of all new vehicle registrations in 2025 and total registrations exceeding 23 lakh units. A large portion of this expansion was still driven by electric two-wheelers and three-wheelers.
However, putting more EVs on the road is no longer the only hurdle as more businesses and consumers choose electric mobility. Building a comprehensive ownership ecosystem that helps consumers with after-sales care, battery management, maintenance, charging access, and vehicle lifecycle management is becoming the main focus.
According to Vani Rikhy Mehra, VP of Sales and Mobility at Euler Motors, “the conversation around EV adoption is increasingly shifting from vehicle sales to ownership experience.” “Because they directly affect business productivity and earnings, reliability and uptime are often the most important measures of value for commercial vehicle owners.”
The Problem Outside of the Showroom
Compared to regular cars, EVs require a support system that is essentially different, based on software-linked maintenance, specialized diagnostics, and battery monitoring rather than the mechanical know-how of a standard garage.
According to Ankit Gaggar, co-founder of BGauss, “India’s rapid EV adoption has, to some extent, outpaced the development of service infrastructure.” “The industry is transitioning from ICE engines to EVs, requiring a completely new skill set.”
Gaggar continued, “Wages are already reflecting the workforce gap.” According to industry projections, India would require 2 lakh qualified specialists by 2030, considerably beyond the existing supply. EV technicians are paid between 30 and 50 percent more than their ICE counterparts.
“The industry is increasingly focused not just on the number of charging stations but also on charger uptime, accessibility, and efficient energy management,” says ETO Motors Executive Director Surendar Nath.
According to an EVreporter investigation, India currently has 16,000 public chargers compared to a predicted need of 1.32 million by 2030.
It is exacerbated by fragmentation. According to Gaggar, “universal charging connectors and interoperable payment systems are major consumer pain points that India has yet to fully standardize on.” Another obstacle to smooth adoption, he said, is the inconsistent state-level EV regulations.
However, some of these gaps are starting to receive funding. According to Vimal Singh SV, founder and CEO of ReadyAssist, “we are seeing sustained investments across the industry in service readiness, charging infrastructure, battery technologies, digital diagnostics, and customer support capabilities.”
The Lifecycle of Batteries Becomes a Major Industry Focus
The significance of battery lifecycle management is one of the main distinctions between electric and conventional automobiles. The long-term viability of EV adoption is increasingly dependent on battery performance, health evaluation, recycling, and second-life applications.
This is not abstract for business owners. Fleet managers rely on the availability of vehicles, thus effective maintenance and service assistance are essential. “After the purchase stage, long-term EV adoption is truly put to the test. According to Mehra, “customers want assurance that battery performance will remain predictable throughout the vehicle lifecycle and that servicing can be completed quickly with minimal disruption to operations.”
Resale Value Is Still a Concern for Customers
Resale-related consumer fear is not unreasonable. According to Gaggar, after three years, EVs in India usually hold 40–55% of their initial value, while ICE vehicles normally hold 55–65%. He continues, “There is currently no standardized mechanism for used vehicle buyers to accurately assess its condition, even though the battery accounts for 30-45% of the vehicle’s total cost.”
Buyers are left in the dark during negotiations due to the lack of transferable warranties, required state-of-health disclosure, and RTO records of battery replacements. Transparent valuation systems and battery certification are becoming critical industry priorities as the first generation of EV owners starts to enter the resale cycle.
“Greater standardisation around battery health assessment and residual value estimation will be critical to building a robust resale ecosystem,” Mehra says.
The Reckoning of Recycling
A bigger catastrophe is subtly developing at the end of the pipeline. By 2030, India would produce an estimated 128 GWh of recyclable battery waste annually, with EVs accounting for 46% of that volume, according to Niti Aayog forecasts cited by Ishita Bansal, co-founder and COO of Plannex Recycling. There is now a 60-fold shortfall in operational lithium-ion battery processing capacity, with only 2 GWh.
She adds that more than USD 3 billion in new infrastructure will be needed to close that gap. Currently, 60–70% of end-of-life battery flows are captured by the unofficial sector, completely avoiding formal recycling. Additionally, India sells the majority of its crushed battery leftovers for refining abroad and then imports processed cobalt and lithium at a premium, costing the nation an estimated Rs 300 crore a year in lost vital minerals.
According to Bansal, “the increasing EPR recycled content mandates arriving in FY28 will remain practically unachievable for domestic manufacturers if OEMs fail to adopt standardized design-for-disassembly frameworks quickly.”
However, the crisis also offers a chance. “Around 2027–2028, India will see its first major wave of end-of-life EV batteries, which will present a chance to recover important resources like nickel, cobalt, and lithium that are currently nearly totally imported. According to Nitin Gupta, CEO and co-founder of Attero, these batteries should be seen as strategic assets rather than waste.
Stronger battery traceability, more stringent adherence to Battery Waste Management Regulations, and increased cooperation between OEMs, recyclers, and legislators are all necessary for the next stage, according to Gupta. “If managed effectively, battery recycling can create a domestic supply of critical minerals, reduce import dependence and strengthen the resilience of India’s clean mobility ecosystem.”
The Upcoming Stage of Electric Vehicles
An ecosystem-driven phase is replacing the product-focused one in India’s EV transition. To provide a dependable and predictable ownership experience, manufacturers, service providers, charging firms, and battery stakeholders will need to collaborate.
Standardized battery health certification, formalized technician training, charging infrastructure outside of metropolitan areas, and finance approaches that lower upfront ownership risk are all recommended by the industry. Although India’s Battery Waste Management Rules have established a legislative framework, it is nevertheless difficult to enforce them against the country’s deeply ingrained informal sector.
There is a genuine sales momentum. However, the industry’s ability to assist customers throughout the ownership process will ultimately determine the viability of electric mobility, not the quantity of cars sold.
