As India's EV sales reached 2.5 million in FY26, national focus shifted toward supply chain resilience to reduce reliance on Chinese lithium-ion battery imports.
What is the EV Supply Chain?
The Electric Vehicle (EV) supply chain represents the complete lifecycle of materials and components required to manufacture electric vehicles. It operates across four critical stages:
Severe Import Reliance: India relies on imports for 100% of its lithium, cobalt, and nickel. This risks replacing fossil fuel dependency with a concentrated reliance on foreign battery minerals and packs.
Strategic Risks: With China dominating 75% of cell manufacturing and up to 100% of mineral processing, India is vulnerable to disruptions like export bans on rare-earth magnets.
Economic Impact: Battery imports strained India's merchandise trade account, fueling a $333 billion trade deficit in FY26. Domestic production is essential to curb foreign exchange outflows.
Price Parity Barriers: Expensive imported battery cells prevent price parity with Internal Combustion Engine (ICE) vehicles, restricting EVs to premium markets and slowing mass adoption.
Strategic Sovereignty: Securing critical minerals is vital for India's 2070 net-zero goal, ensuring that geopolitical shifts do not impede strategic autonomy.
Economic Leadership: Localizing the supply chain generates high-tech employment and establishes India as a global export hub for clean energy.
Extreme Import Dependency: India imports 100% of critical minerals (lithium, cobalt, nickel, REEs), creating vulnerability to global shocks and Chinese dominance.
Cell Manufacturing Bottlenecks: Despite Production-Linked Incentive (PLI) scheme for Advanced Chemistry Cells (ACC) goals of 50 GWh, only 1 GWh is installed. Obstacles include scarce upstream precursors (like Cathode and Anode Active Materials) and long lead times for machinery.
High Capital Barriers: Establishing gigafactories costs $2-5 billion. Domestic firms face high interest rates (9-12%) and subsidized Chinese imports.
Technology Transfer and IP Limitations: Global Original Equipment Manufacturers (OEMs) guard their core Intellectual Property (IP) for battery chemistries and advanced chips. Consequently, Indian firms often receive surface-level "assembly" knowledge rather than deep technological integration.
Technical Complexity and Quality Gaps: EV components demand extreme precision. While global leaders operate at 6-Sigma standards (near zero defects), many Indian suppliers function at 3-4 Sigma levels, leading to reliability issues and EV thermal runaway (fire) incidents.
Severe Skill and Workforce Deficits: The domestic ecosystem faces an acute shortage of specialized talent, particularly battery electrochemists, semiconductor fabrication engineers, and automotive-grade quality assurance professionals.
Weak Domestic R&D Infrastructure: India lacks commercial-scale facilities for advanced extraction technologies—such as High-Pressure Acid Leach (HPAL)—and lacks robust containment systems for hazardous processing waste.
Surging Mineral Demand: Net-zero goals drive massive demand, with lithium needs set to grow tenfold by 2040, altering trade flows.
Geopolitical Monopoly: China dominates midstream processing, controlling 100% of graphite, 90% of rare earths, and 60% of lithium refining, while extraction is limited to a few countries.
Resource Nationalism: Nations use export controls to keep value domestic. China restricts rare earth magnets and graphite, while Indonesia bans raw copper exports.
Global Alliances and "Friend-Shoring": Nations form coalitions like the Minerals Security Partnership (MSP), the Indo-Pacific Economic Framework (IPEF), and Quad to create Environmental, Social, and Governance (ESG)-compliant supply chains and reduce single-country dominance.
"China+1" Sourcing Strategy: Global OEMs diversify procurement across multiple regions and chemistries to minimize geopolitical supply chain risks.
Technological Chemistry Shifts: The industry explores Sodium-ion batteries to hedge against lithium reliance and adopts Wide Band Gap (WBG) semiconductors for enhanced efficiency.
Urban Mining and the Circular Economy: Global markets are expanding battery recycling to utilize spent EV batteries as secondary material sources => to reduce primary mining demand and lessen environmental impacts.
What Policy Measures Has India Introduced to Strengthen EV Supply Chains?
Launches the National Critical Mineral Mission (NCMM): Allocates ₹16,300 crore to this mission to aggressively promote domestic mineral exploration, facilitate the overseas acquisition of mineral assets, and scale up domestic recycling capabilities.
Implements the PLI Scheme for Advanced Chemistry Cell (ACC): Dedicates ₹18,100 crore to establish 50 GWh of domestic gigafactory capacity, aiming to cut cell import dependency.
Executes the PLI-Auto Scheme: Boost the manufacturing of Advanced Automotive Technology (AAT) products, enforcing a strict minimum of 50% Domestic Value Addition (DVA) to claim incentives.
Rolls Out the PM E-DRIVE Scheme: Deploys ₹10,900 crore to subsidize EV sales (e-2W, e-3W, e-buses), expand public charging infrastructure, and mandates the phased domestic manufacturing of EV components.
Introduces the Scheme to Promote Manufacturing of Electric Passenger Cars (SPMEPCI / SMEC): Attracts global automakers by offering reduced customs duties on imported electric cars, provided the companies commit a minimum greenfield investment of ₹4,150 crore and meet phased DVA targets (50% within five years).
Notifies the Sintered Rare Earth Permanent Magnet (REPM) Scheme: Allocates ₹7,280 crore to establish 6,000 MTPA of integrated rare earth magnet manufacturing, securing independent supply lines for advanced electric motors.
Establishes the PM e-Bus Sewa Payment Security Mechanism (PSM): India dedicates ₹3,435 crore to provide a payment security net for operators against defaults by Public Transport Authorities, ensuring the sustainable deployment of over 38,000 electric buses.
Sovereign-Backed Critical Minerals Finance Fund
Establishing a fund modelled on Japan's JOGMEC to provide low-cost capital, debt guarantees, and equity co-investments. This de-risks private investments and helps Indian firms secure long-term overseas offtake agreements.
Midstream Mineral Processing Capabilities
Developing domestic refining via Critical Mineral Processing Parks. Government-funded R&D for advanced extraction (High-Pressure Acid Leach, Solvent Extraction Electrowinning) will enable local production of battery-grade chemicals.
National Battery Recycling and Urban Mining
Using Production-Linked Incentive (PLI) schemes to incentivize mineral recovery from end-of-life batteries. This urban mining creates a resilient circular economy and secondary domestic supply.
Pursue Strategic Mineral Diplomacy and the "China+1" Strategy
Leverages multilateral frameworks such as the Minerals Security Partnership (MSP), the Indo-Pacific Economic Framework (IPEF), and the Quad to build trusted, diversified supply chains.
Adopts a "China+1" sourcing strategy to reduce its exposure to single-country geopolitical disruptions.
Reform KABIL and Institutionalise an Empowered Committee
Transforms Khanij Bidesh India Limited (KABIL) from a mere exploration entity into a focused midstream facilitation body.
Create an Empowered Committee to expedite the strategic acquisition of overseas critical mineral assets and navigate complex international joint ventures without bureaucratic delays.
Develop Human Capital and Technical Expertise
Collaborates with academia (including IITs) to launch Centres of Excellence (CoE) and specialized degree modules to train a highly skilled workforce of battery electrochemists, semiconductor fabrication engineers, and hydrometallurgical processing experts.
Conclusion
India attains EV strategic autonomy by transitioning from import-reliant assembly to a technologically advanced, globally integrated critical mineral manufacturing ecosystem.
Source: THEHINDU
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PRACTICE QUESTION Q. Multilateral and bilateral partnerships, such as the Mineral Security Partnership (MSP) and the Quad, are vital for India to secure its critical mineral requirements. Elaborate. (150 words) |
India has entered a decisive growth phase, selling around 2.5 million electric vehicles in FY26. This momentum was driven by policy support like upfront incentives, road tax exemptions, and registration charge waivers.
Despite high sales, the sector is heavily dependent on imported lithium-ion batteries, predominantly from China. This shifts the vulnerability from imported fossil fuels to a single-country battery ecosystem influenced by external geopolitics and policies.
It is an approach where EV manufacturers diversify their battery supply chains across different suppliers, chemistries (like using both NMC and LFP cells), and geographies to reduce reliance on a single supplier and mitigate strategic disruption risks.
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