--- title: PLI Scheme for EVs in India 2025 description: "The Production Linked Incentive (PLI) Scheme has emerged as the **cornerstone of India's industrial transformation in electric mobility and advanced automotive technologies**. Launched in 2020 under the broader national manufacturing and self-reliance agenda, the scheme seeks to position India as…" url: "https://diyguru.org/guide/pli-scheme-for-evs-in-india-2025/" updated: "2026-02-26" category: 10. National EV Policy Framework --- # PLI Scheme for EVs in India 2025 The Production Linked Incentive (PLI) Scheme has emerged as the **cornerstone of India's industrial transformation in electric mobility and advanced automotive technologies**. Launched in 2020 under the broader national manufacturing and self-reliance agenda, the scheme seeks to position India as a **global hub for EV manufacturing** by providing direct financial incentives to companies that scale up production of key components and technologies. Unlike earlier incentive models, which were demand-focused (e.g., FAME subsidies for vehicles), the PLI program explicitly **targets the supply side**, ensuring domestic capacity in critical technologies like **battery cells, power electronics, and automotive components**. --- ## **Strategic Objectives of the PLI Scheme** 1. **Deep Localization of EV Value Chain** India's historical reliance on imported lithium-ion cells, rare earth magnets, and advanced semiconductors was viewed as a national vulnerability. The PLI scheme aims to reverse this by incentivizing local cell giga-factories, magnet production, and EV drivetrain systems. 2. **Export Orientation** By aligning incentives with global competitiveness, India seeks to capture market share in EV exports to Southeast Asia, Africa, and Europe. PLI-approved firms receive additional benefits when they exceed export thresholds. 3. **Massive Employment Creation** The scheme explicitly ties capital infusion to employment metrics. By 2030, the PLI for automotive and advanced chemistry cells is projected to **generate over 1.2 million direct and indirect jobs**. 4. **De-risking Supply Chains** By supporting joint ventures, technology licensing, and domestic R&D, India reduces its dependence on China and South Korea for core EV technologies. ## **PLI in Numbers** - **Total Investment Attracted (as of 2025):** ₹1,75,311 crore - **Job Creation Target:** 1.2 million (direct + indirect) - **Approved Applicants (Automotive PLI):** 95+ firms across Tier-1 and Tier-2 suppliers - **Approved Applicants (ACC Battery PLI):** 4 Giga-factory consortia with combined capacity of 50 GWh by 2030 - **Incentive Outlay (Automotive & ACC):** ₹45,000 crore+ ## **Incentive Structure** The scheme offers **performance-linked financial payouts** tied to incremental sales and value addition. Rates are differentiated by technology importance and strategic priority: - **18% incentive** for advanced automotive components (motors, controllers, sensors, semiconductors, power electronics). - **25% incentive** for battery cell manufacturing, recognizing it as the most import-intensive segment. - **Extra export-linked bonuses** for firms meeting global sales volumes. - **Technology innovation multipliers** for companies investing in R&D and patent filings within India. ## **Key Incentive Categories** ### **1. Advanced Automotive Components** - Electric drive motors, inverters, on-board chargers, regenerative braking systems. - Infotainment and ADAS modules (to align with India's connected and autonomous mobility vision). - Silicon carbide (SiC) and gallium nitride (GaN)-based power electronics. ### **2. Battery Cell Manufacturing** - Lithium-ion cells (NMC, LFP chemistries). - Solid-state battery R&D incentivized under technology multipliers. - Focus on localizing raw material refining (nickel, cobalt, manganese) in partnerships with mining-rich nations. ### **3. EV Powertrain Systems** - Transmission systems tailored for electric drivetrains. - Axle-integrated motor drives. - Lightweight aluminum frames for reducing vehicle weight and enhancing range. ### **4. Charging Infrastructure Technologies** - High-voltage DC fast chargers. - Smart load management software integrated with DISCOM grids. - Vehicle-to-Grid (V2G) hardware and bidirectional chargers. ## **Industrial Impact (2020-2025)** - **Battery Ecosystem:** Four major consortia, including Reliance New Energy, Ola Electric, and Rajesh Exports, secured allocations for giga-factories under the ACC PLI. Together, these represent **over 50 GWh planned capacity** by 2030--enough to power more than 10 million EVs. - **Auto Components:** Tata Autocomp, Motherson Sumi, and Bosch India expanded EV-specific component production, with facilities in Pune, Chennai, and Manesar. - **Export Growth:** India's EV component exports have grown by **42% CAGR between 2020 and 2024**, driven by motor and power electronics shipments to Southeast Asia and the Middle East. - **R&D Uplift:** Several OEMs have set up dedicated EV R&D centers in Bengaluru, Pune, and Hyderabad, with patents in thermal management, solid-state batteries, and AI-driven BMS systems. ## **Challenges and Critiques** 1. **Raw Material Dependencies:** Even with domestic giga-factories, India remains dependent on imports of lithium, cobalt, and nickel, exposing the supply chain to price volatility. 2. **Execution Delays:** Land acquisition and environmental clearance for giga-factories have slowed rollouts in states like Gujarat and Tamil Nadu. 3. **Global Competitiveness:** While incentives reduce domestic costs, Indian firms still lag behind Chinese firms in **scale (500+ GWh capacity) and cost (below $100/kWh target)**. 4. **Technology Risks:** Heavy investments in Li-ion could face obsolescence with breakthroughs in **solid-state and sodium-ion** batteries, which are progressing rapidly in Europe and China. ## **Forward Trajectory (2025-2030)** - **Scale-Up of ACC Capacity:** Expect operationalization of **at least 20-25 GWh of domestic capacity by 2027**, reducing import dependence by 30-40%. - **Global Partnerships:** India is negotiating long-term raw material contracts with countries like Australia, Chile, and Indonesia to ensure upstream supply security. - **Technology Leapfrogging:** PLI 2.0 drafts are under discussion, potentially adding **green hydrogen fuel cells, sodium-ion, and advanced AI-driven power electronics** to the incentive list. - **Regional Clustering:** Emerging EV manufacturing clusters in Tamil Nadu, Maharashtra, and Gujarat are expected to evolve into **EV megaclusters** with vertically integrated supply chains. ### **FAQs** #### 1. **What is the Production Linked Incentive (PLI) Scheme for the EV sector?** The PLI Scheme provides financial incentives to manufacturers of EV components, battery cells, and advanced automotive technologies based on incremental sales and localization targets. #### 2. **When was the PLI Scheme launched in India?** The PLI Scheme was launched in 2020 as part of India's self-reliance and industrial growth strategy under the Atmanirbhar Bharat initiative. #### 3. **What is the main objective of the PLI Scheme for electric vehicles?** The primary objectives are to localize the EV value chain, boost exports, create jobs, and reduce dependency on imports for critical components like lithium-ion cells and power electronics. #### 4. **Which sectors under EV manufacturing are covered by the PLI Scheme?** The scheme covers advanced automotive components, EV powertrain systems, battery cell manufacturing, and charging infrastructure technologies. #### 5. **How much investment has the PLI Scheme attracted so far?** As of 2025, the PLI Scheme has attracted investments worth ₹1,75,311 crore across automotive and battery manufacturing segments. #### 6. **What incentives are provided under the PLI Scheme?** The scheme offers: - **18% incentive** for advanced automotive components - **25% incentive** for battery cell manufacturing - Additional bonuses for exports and R&D investments #### 7. **How many companies are approved under the PLI Scheme for EVs?** More than **95 automotive firms** and **4 giga-factory consortia** have been approved, with a combined battery capacity target of **50 GWh by 2030**. #### 8. **What are the expected benefits of the PLI Scheme for India?** The scheme aims to: - Create **1.2 million jobs** by 2030 - Reduce import dependence on EV components - Position India as an **export hub** for EV parts and technologies #### 9. **What challenges does the PLI Scheme face?** Key challenges include raw material dependency (lithium, cobalt), execution delays in factory setup, and competition with global players like China in scale and cost efficiency. #### 10. **What is the future roadmap of the PLI Scheme for EVs?** Between 2025 and 2030, India aims to: - Operationalize **20-25 GWh battery capacity** - Expand partnerships for raw materials with Australia and Chile - Launch **PLI 2.0**, including hydrogen fuel cells and next-gen batteries