By Bharath Krishna Rao – CEO & Co-founder, Emobi
Why India’s EV Aftermarket Needs a Circular Economy
India’s electric vehicle story is often told through sales numbers, new launches, charging networks and policy incentives. But the more important question is now beginning to emerge: what happens after an EV is sold? As millions of electric two-wheelers, three- wheelers, cars and commercial vehicles enter the market, India will need an equally strong ecosystem to manage batteries, components and materials after their first use. Without that, the EV transition may solve one problem while creating another.
This is why the circular economy is becoming central to the future of electric mobility. It is not only about recycling old batteries. It is about creating a full system where batteries are repaired, reused, refurbished, repurposed and recycled before they become waste.
From EV Sales to EV Life-Cycle Management
India’s EV market is pushing from early adoption to mass adoption, supported by a stronger policy push at both state and national levels. Delhi’s draft EV Policy 2.0 proposes a clear shift away from internal combustion engine vehicles in high volume segments such as two-wheelers and three-wheelers. At the national level, upcoming CAFE norms are anticipated to push manufacturers to lessen fleet-level emissions and expand cleaner vehicle options. The PM E-Drive scheme further scheme further reinforces this transition by supporting demand for electric two-wheelers, three-wheelers, e-buses, e-trucks and e-ambulances, while also investing in public charging infrastructure.
These expansions show that EV adoption will continue to accelerate. But higher adoption also implies a larger volume of batteries and components entering the aftermarket. This makes life-cycle management crucial. The industry cannot afford to think only about how EVs are sold. It must also plan how they are serviced, repaired, rebuilt, reused and responsibly retired.
The Battery Is the Biggest Opportunity and Risk
The battery is the most valuable and most sensitive part of an EV. It also carries the biggest circular economy opportunity. A battery that is no longer suitable for vehicle use is not automatically wasted. It may still have enough capacity for stationary energy storage, backup power or other low-intensity applications.
The problem is that India still lacks a strong, standardised system for battery testing, grading and traceability. Without this, batteries may be discarded too early, leading to economic loss. On the other hand, they may be reused without proper safety checks, creating fire and environmental risks.
A formal circular system can solve this. Every battery should be assessed for its next best use. If it can be repaired, it should be repaired. If it can be used for a second-life application, it should be repurposed. If it has reached end-of-life, it should be recycled through authorised channels to recover valuable materials.
Recently, India and the European Union launched a joint initiative to strengthen EV battery recycling technologies. This reflects a clear policy understanding that battery circularity is not a side issue. It is linked to clean mobility, critical mineral security and future industrial competitiveness.
However, policy alone will not be enough. Implementation will matter. India needs clear standards for battery health assessments, second-life usage, safe transport, repair, dismantling and recycling. Without common standards, consumer trust in refurbished EV parts and second-life batteries will be limited
Why Circularity Matters During Global Disruptions
Circularity is also becoming important because global supply chains are no longer predictable. Wars, trade tensions and geopolitical disruptions which are sudden can affect access to critical minerals, increase costs and delay shipments. EV batteries depend on materials such as lithium, nickel, cobalt, copper and aluminium, many of which India imports.
In this environment, battery recycling and material recovery become more than environmental actions. They become economic safeguards. A strong domestic circular economy can help India build a secondary supply of critical materials. It may not remove import dependence immediately, but it can reduce future vulnerability and make the EV industry more resilient during global disruptions.
Technology Can Build Trust
Technology will be the backbone of a circular EV aftermarket. Battery health diagnostics can show how much life is left in a battery. Digital tracking can record battery chemistry, age, usage pattern, repair history and ownership. AI-led predictive maintenance can identify early warning signs before failure. IoT-based monitoring can make second-life battery use safer by tracking temperature, charging cycles and performance.
These systems can help the industry make better decisions. They can also give consumers and fleet operators confidence that repaired or refurbished components are safe, tested and reliable.
A circular EV aftermarket can become a major employment opportunity. Battery testing, repair, refurbishment, recycling, reverse logistics, safety auditing, diagnostics and second-life storage will all require skilled workers. This can create jobs for technicians, engineers, service providers, recyclers and digital solution providers.
It can also reduce the cost of EV ownership. Certified refurbished components, repaired battery modules and organised recycling can lower replacement costs. This is especially important for two-wheelers, three-wheelers and fleet operators, where affordability directly affects adoption.
The Way Forward
India’s EV evolution will be efficiently sustainable only when the ecosystem looks beyond vehicle sales. Clean mobility cannot be limited to zero tailpipe emissions. It must also include liable battery use, safe disposal, material recovery and lower waste.
The circular economy provides India with a practical and realistic path forward. It can reduce waste, improve resource security, create green jobs, lower ownership costs and protect the industry from global supply chain shocks. The next phase of India’s EV growth will not be clarified only by how many vehicles are sold. It will be defined by how responsibly every battery and component is managed after its first life.
