India's EV Battery Exports Surge 40% in 2026

The global automotive landscape is electrifying at an unprecedented pace, and India is very much in the driver's seat of this transformation, particularly when it comes to EV battery manufacturing. While whispers of a 40% surge in India's EV battery exports in 2026 have circulated, my deep dive into the latest market intelligence reveals a more nuanced, yet equally compelling, narrative centered on robust domestic growth and strategic localization. This isn't just about moving numbers; it's about understanding the intricate dance between policy, investment, and technological advancement shaping India's role in the global EV supply chain.

For bid managers, export managers, and procurement officers worldwide, grasping India's evolving battery ecosystem is paramount. The country's aggressive push for electrification, backed by significant government initiatives and private sector investments, is creating a powerhouse of battery production capability. While direct export figures for 2026 remain elusive in current projections, the foundational elements for a future export surge are clearly being laid, making India a market that demands close attention.

India's Domestic Demand: The True Powerhouse Driving Battery Production

Before we discuss exports, it's crucial to understand the sheer scale of India's internal EV battery demand. This domestic hunger is the primary engine fueling the country's manufacturing boom. Projections indicate India's EV battery demand will rocket from 17.7 GWh in 2025 to a staggering 256.3 GWh by 2032. This isn't theoretical; it's driven by tangible growth in EV sales across all segments.

Consider the recent figures: 1.97 million EV units sold in a recent year, marking a 16.9% year-over-year growth. This includes a massive 1.15 million electric two-wheelers, nearly 700,000 electric three-wheelers, and over 100,000 electric passenger vehicles. Each of these vehicles requires a battery, and often, a high-density one. The market for EV battery packs alone is projected to grow from USD 53.76 million in 2026 to USD 254.59 million by 2031, demonstrating a compound annual growth rate (CAGR) of 36.48%. This internal market absorption is providing the scale and experience necessary for India to become a formidable player on the global stage, even if those export figures aren't yet quantified for 2026.

Government's Strategic Play: Fueling Localization and Growth

New Delhi isn't merely observing this electrification trend; it's actively sculpting it through a series of ambitious policies and financial incentives. These initiatives are designed to foster domestic manufacturing, reduce import reliance, and ultimately position India as a self-sufficient, and eventually, an exporting nation in the EV battery space. The Ministry of Heavy Industries, for instance, has earmarked a substantial ₹9,000-crore initiative specifically for domestic EV battery components such as electrodes, anodes, cathodes, electrolytes, and copper foil. This isn't just about assembly; it's about building an entire localized supply chain from the ground up.

The Production-Linked Incentive (PLI) schemes for advanced chemistry cells (ACC) are another cornerstone of this strategy. These schemes offer financial incentives to companies that achieve specific manufacturing targets, effectively de-risking investments in gigafactories and advanced battery technologies. Beyond direct manufacturing, the Ministry of Power's Energy Storage Obligation (ESO) mandates utility-scale storage, targeting an astounding 327 GWh by 2030. This ensures a consistent, large-scale demand for battery technology, not just for vehicles but for grid stability and renewable energy integration. The National Smart Grid Mission (NSGM) further reinforces this by boosting battery demand through renewable integration projects, creating a multifaceted demand ecosystem for battery manufacturers.

Key Investments and Partnerships Shaping the 2026 Landscape

The government's strategic push has sparked significant private sector investment and crucial international partnerships. These collaborations are vital for knowledge transfer, technological advancement, and scaling production capacities. A prime example is the September 2025 partnership between Ashok Leyland and China Aviation Lithium Battery (CALB Group), a deal worth over ₹5,000 crore. This investment is specifically targeted at localizing the EV battery supply chain, moving beyond mere pack assembly to full-fledged cell manufacturing within India.

We're seeing strong localization efforts already bearing fruit. Up to 92% of battery pack components are now localized, a figure that would have seemed aspirational just a few years ago. Hyundai Motor India, for instance, is assembling EV battery packs at its Chennai facility for the Creta Electric, showcasing a commitment to in-country production. Tata Motors, with its impressive 42% Battery Electric Vehicle (BEV) sales share in Q1 2025, is also driving demand for high-density battery pack orders. These investments are not just about meeting current demand; they are about building the industrial muscle necessary for future expansion, including potential export markets.

Procurement professionals should pay close attention to these partnerships. Understanding who is investing where, and in what specific technologies, can offer valuable insights into future tender opportunities and supply chain stability. TendersGo, with its extensive database covering 220+ countries and 145 languages, can be an invaluable tool for tracking these developments, offering AI summaries and unlimited alerts to keep you ahead of the curve. You can explore these opportunities and more by starting a free 30-day trial with TendersGo .

Navigating the Supply Chain: Challenges and Opportunities

While India's battery manufacturing ambitions are sky-high, the reality of the global supply chain presents its own set of challenges. A significant hurdle remains the country's import dependence for over 70% of raw materials, particularly lithium-ion components, largely sourced from China and Hong Kong. China's recent export controls on synthetic graphite, a critical material for anodes, have already demonstrated their potential to slow down the progress of gigafactories worldwide, including those in India.

However, there's a silver lining. The relentless drive for localization and economies of scale is pushing down cell costs. While Chinese fabs were achieving sub-USD 80/kWh by late 2025, India is projected to reach USD 70/kWh by 2027, thanks to localization efforts and strategic duty exemptions. This cost competitiveness is crucial not just for domestic market penetration but also for making Indian-made batteries attractive in international markets. For bid managers, understanding these cost trajectories and raw material dependencies is key to formulating competitive bids and managing supply chain risks.

Future Forward: Policy, Innovation, and Global Trade Flows

Looking beyond 2026, India's policy framework continues to evolve, creating a dynamic environment for battery technology. The National Mission on Transformative Mobility and Battery Storage is explicitly designed to reduce import reliance, fostering indigenous innovation. The government's commitment extends to research and development, with an INR 1,151 crore investment over five years via the “e-mobility R&D Roadmap” by the Office of the Principal Scientific Advisor. This roadmap targets advancements in battery technology, EVs, storage solutions, and charging infrastructure – essentially, the entire ecosystem.

Further bolstering future demand are state-level mandates. From 2026 onwards, we'll see state mandates for urban commercial fleet electrification, such as Delhi's aggregation portals and Karnataka's green-cab scheme. Additionally, over 10,000 e-buses are slated for delivery by 2026, representing a substantial, consistent demand for large-format batteries. These initiatives create a predictable market for manufacturers, encouraging further investment and innovation. For those looking to participate in India's burgeoning EV sector, keeping an eye on these specific state-level policies and procurement cycles is critical. TendersGo's advanced search capabilities, including CPV/NAICS codes and B2B marketplace, help pinpoint these direct opportunities.

Engaging with India's EV Battery Sector: Practical Steps for International Players

For international companies eyeing India's EV battery sector, understanding the local procurement culture and accessible portals is essential. While specific e-procurement portals, tender deadlines, or qualification requirements for 2026 exports weren't explicitly identified in my research, the domestic market offers clear avenues. Most government tenders, particularly for large infrastructure projects or vehicle procurements, are typically published on centralized government e-procurement portals like GeM (Government e-Marketplace) or specific ministry websites. For private sector collaborations, direct engagement with major players like Tata Motors, Ashok Leyland, and Hyundai Motor India is often the entry point.

Documents typically required include company registration, financial statements, technical specifications of products, quality certifications (e.g., ISO, BIS), and proof of manufacturing capability or partnerships. Language, while often English for official documents, can involve local languages for regional tenders or community engagement. Always ensure your proposals are meticulously crafted, highlighting compliance with Indian standards and a commitment to localization or technology transfer.

To identify specific opportunities, set up saved searches on platforms like TendersGo, utilizing keywords like "EV battery," "lithium-ion," "advanced chemistry cell," and "electric vehicle components." The platform's AI summaries, PDF viewing, and comprehensive filtering options make it easier to sift through the vast amount of global tender data. Don't wait for a direct "export tender" to appear; instead, focus on the opportunities within India's domestic market that will inevitably lead to export potential as production scales and costs become more competitive. The sheer volume of procurement data available globally, which TendersGo aggregates from 220+ countries, means that staying informed requires a dedicated approach. Start your TendersGo free trial today to begin exploring these opportunities.