PLI Schemes & India's Manufacturing Competitiveness — Make in India 2.0

Context: India's Manufacturing Challenge

India's manufacturing sector contributes approximately 17–18% of GDP — well below the government's target of 25% and far behind China (~28%), South Korea (~27%), or Vietnam (~24%). The share of manufacturing in employment similarly lags. The COVID-19 pandemic and the global reassessment of supply chains created a strategic window for India to attract manufacturing investment, which the PLI framework attempts to capture.

Production Linked Incentive (PLI) Schemes

What Are PLI Schemes?

PLI schemes provide financial incentives to manufacturers based on incremental sales over a base year. Unlike capital subsidies or tax holidays, PLI incentives are paid only after production occurs, linking the government's expenditure directly to output performance.

Core Mechanism:

• A base year's sales figure is established
• Incentive = (Incremental sales above base) × (Applicable % rate, typically 4–10%)
• Manufacturers must meet minimum investment thresholds and production targets to remain eligible

This design minimises fiscal risk to the government — if there is no production, there is no outlay.

The 14 PLI Sectors

PLI schemes were extended across 14 key sectors with a combined outlay of ₹1.97 lakh crore (~US$26 billion):

PLI Achievements (As of 2025)

Sector-specific highlights:

• Pharmaceuticals: India reversed its trade position in bulk drugs — from a deficit of ₹1,930 crore in FY2021-22 to a surplus of ₹2,280 crore in FY2024-25
• Electronics: Production grew ~146%, from ₹2.13 lakh crore (FY2020-21) to ₹5.25 lakh crore (FY2024-25)
• Solar PV: Investments of ₹48,120 crore committed; ~38,500 direct jobs
• Auto Components: ~₹29,500 crore attracted; ~45,000 jobs by early 2025

Make in India 2.0

Make in India was launched in 2014 with an initial focus on manufacturing. Make in India 2.0 has expanded the scope to 27 sectors — 15 manufacturing and 12 service sectors — with emphasis on deepening FDI liberalisation, easing regulatory barriers, and improving infrastructure.

The four pillars of Make in India remain:

1. New Processes — Ease of doing business reforms
2. New Infrastructure — Industrial corridors, logistics networks
3. New Sectors — Expanding beyond traditional sectors
4. New Mindset — Government as partner, not regulator

The manufacturing target under National Manufacturing Policy was to raise manufacturing's share in GDP to 25% by 2025 — not achieved; the actual share stands at approximately 17–18% of GDP. The target timeline has been revised to 2030 under Atmanirbhar Bharat and Make in India frameworks.

Industrial Corridors

India's National Industrial Corridor Development Programme (NICDP) is developing 11 industrial corridors to create world-class industrial infrastructure. These corridors are planned along Dedicated Freight Corridors (DFCs) and major transport arteries.

DMIC is the flagship corridor — 1,504 km long, with an investment vision of US$100 billion. It includes six greenfield industrial smart cities targeting manufacturing clusters in electronics, automobiles, textiles, and defence.

The NICDP is administered by the National Industrial Corridor Development Corporation (NICDC), under the Ministry of Commerce and Industry / DPIIT.

PM Gati Shakti & National Logistics Policy

PM Gati Shakti — National Master Plan (launched October 2021) is a GIS-based digital platform that integrates data from 16 ministries and states to plan infrastructure projects holistically — roads, railways, waterways, airports, ports, and logistics hubs on a single map.

National Logistics Policy (NLP), 2022 aims to:

• Reduce logistics cost — the NLP 2022 stated baseline of ~13–14% of GDP was a rough estimate; the first systematic DPIIT–NCAER study (September 2025) revised actual cost to 7.97% of GDP for FY24, suggesting India is already near the 8–9% target zone
• Improve India's rank on the World Bank Logistics Performance Index
• Digitise logistics through the Unified Logistics Interface Platform (ULIP)

Both policies directly support manufacturing competitiveness by reducing the cost of moving goods to ports and markets.

China+1 Strategy: India's Opportunity

Global supply chains disrupted by the US-China trade war (2018 onwards), COVID-19 (2020-21), and geopolitical tensions have prompted multinational companies to diversify sourcing away from China — the "China+1" strategy. India is a primary beneficiary.

Sectors where India is gaining:

• Electronics — Apple's manufacturing shift (Foxconn, Pegatron, Tata Electronics in Tamil Nadu)
• Pharmaceuticals — API sourcing diversification
• Textiles — Shifting apparel orders from Bangladesh and China
• Semiconductors — Micron's assembly/test facility announced for Gujarat (2023)

India's comparative advantages: Large domestic market, English-speaking skilled workforce, democratic rule of law, time-zone advantage for IT-adjacent manufacturing.

Challenges to Manufacturing Growth

Despite PLI momentum, structural barriers remain:

DPIIT's role: The Department for Promotion of Industry and Internal Trade (under Ministry of Commerce) is the nodal department for PLI implementation, FDI policy, and industrial corridor development. It coordinates the Invest India investment promotion agency.

Cross-paper relevance

• GS3 — Indian Economy (primary) — PLI schemes across 14 sectors, total outlay, achievements, Make in India 2.0, industrial corridors
• GS2 — Governance: DPIIT, industrial policy, incentive-based manufacturing promotion
• GS3 — Technology: semiconductor mission, electronics, defence manufacturing (AtmaNirbhar)
• Essay — "Production-linked incentives: India's big bet on manufacturing"; "AtmaNirbhar Bharat — self-reliance or self-isolation?"

Recent Developments (2024–2026)

PLI Milestones — Electronics and Pharma as Lead Sectors

(Aggregate PLI achievement data — Rs. 20.41 lakh crore production, Rs. 8.3 lakh crore exports, Rs. 2.16 lakh crore investment, 14.39 lakh jobs, Rs. 28,748 crore disbursed — is covered in the PLI Achievements table above. This section analyses the quality of outcomes and what the milestones signal.)

The mobile phone story — from 20% to 99% domestic production in one decade: India crossed a transformational milestone: mobile phone production reached ~$75 billion in FY 2025-26 with smartphone exports estimated at ~$35 billion (FY26), making India the 2nd largest global mobile phone manufacturer (after China) — an eightfold increase from FY21 (ICEA, April 2026). Apple now manufactures approximately 25% of its global iPhone production in India (FY2025, Bloomberg, March 2026) — up from 14% in FY2024. This reflects a structural supply chain anchor, not just a transient order. Foxconn (Chennai), Pegatron (Kanchipuram), and Tata Electronics (Hosur) form the core of this ecosystem. The multiplier: every iPhone assembled in India requires ~200 local component suppliers to be viable long-term — the ancillary ecosystem is now growing.

Pharma PLI — from API importer to net exporter: The pharmaceuticals PLI reversed India's bulk drug trade position from a deficit of Rs. 1,930 crore (FY22) to a surplus of Rs. 2,280 crore (FY25). This is analytically significant: India had been ceding bulk drug production to China since the 1990s due to China's lower environmental compliance costs. PLI-backed domestic API capacity restored viability; 32 approved API/KSM projects added 56,679 MT of annual capacity.

What PLI cannot do alone — the enabling environment gap: PLI incentives average 4-6% of incremental sales, paid as cash reimbursement. A manufacturer choosing between India and Vietnam still compares: power reliability (India lags in some states), logistics cost (7.97% of GDP vs ~5-6% for best-practice), and land acquisition timeline (3-5 years). PLI changes the revenue math but cannot change the cost structure. This is why iPhone assembly is thriving (labour-intensive, can absorb logistics cost premium) while capital-intensive sectors (auto, chemicals) still under-perform.

UPSC angle: Mobile production ~$75B FY26; mobile exports ~$35B FY26 (up from $24.1B in FY25); 25% iPhone production share in India (FY25); API net-exporter status (FY25 surplus Rs. 2,280 crore vs FY22 deficit Rs. 1,930 crore); and the "PLI changes revenue math but not cost structure" analytical framework are Mains GS3 depth arguments for "evaluate the effectiveness of PLI schemes."

PLI Phase 2 — New Sectors and Post-PLI Framework

The government announced plans for a PLI Phase 2 for select sectors where PLI Phase 1 has wound up, including mobile phones (Phase 1 completed FY 2025-26), to sustain the manufacturing momentum. Post-PLI transition planning includes: (1) Industrial Clusters with shared infrastructure replacing individual PLI incentives; (2) Reduced import duties on inputs where PLI has built domestic scale; (3) Quality certification requirements to prevent China-origin goods being re-routed through India.

The Semiconductor PLI (Semicon India Programme, Rs. 76,000 crore) is in early implementation: Tata-PSMC fab (Dholera, Gujarat), Micron ATMP (Sanand, Gujarat) — with chip production expected only from ~2027. The solar PV PLI allocated 48,337 MW (~48 GW) capacity across two tranches; as of June 2025, 18.5 GW of module capacity is operational along with 9.7 GW of cells and 2.2 GW of ingot-wafer — supporting India's target of 500 GW renewable capacity by 2030.

UPSC angle: PLI Phase 2 planning, Semiconductor PLI (Rs. 76,000 crore, Tata-PSMC fab + Micron ATMP), and solar PV PLI progress (~48 GW allocated; 18.5 GW modules operational by June 2025) represent the next phase of India's manufacturing competitiveness agenda.

The Premature Deindustrialisation Debate — Why Manufacturing Share Stagnates

(Manufacturing's ~17% GDP share is noted in the introduction. This section analyses the structural reasons for stagnation and the policy debate around it.)

"Premature deindustrialisation" — the Dani Rodrik thesis applied to India: Advanced economies industrialise to ~25-35% manufacturing GDP share, then transition to services — this is "normal" structural transformation. India has been transitioning to services (now 55%+ of GDP) while manufacturing stagnates at ~17% — bypassing the manufacturing phase. Employment share: manufacturing employs ~11-12% of workforce vs China's ~27% at peak. This means India is losing the employment density benefit of manufacturing (factories absorb rural labour) before services can absorb the same volume. Economic Survey 2024-25 explicitly uses the "premature deindustrialisation" framing and recommends systematic MSME deregulation to restore manufacturing employment depth.

Why 17% has been sticky since 2011-12 — four structural barriers: (1) Labour market — 4 Labour Codes passed 2019-20 but most states haven't fully notified implementation rules; formal manufacturing remains labour-law intensive; (2) Land — industrial land acquisition in India takes 3-5 years on average vs 6-12 months in Vietnam (greenfield-friendly land bank policy); (3) Technology intensity — most new manufacturing in India is assembly (mobile phones at 15-20% domestic value addition) rather than capital goods or high-tech manufacturing; (4) Power quality — despite improved generation capacity, distribution reliability remains poor in Tier-2 cities where manufacturing has cost advantages.

PLI + Gati Shakti + NLP = the tripod: The government's three-pillar approach: PLI (revenue incentive to make manufacturing viable), PM Gati Shakti (reduce logistics cost by removing inter-ministry coordination failures), National Logistics Policy target (8% logistics cost/GDP from current 7.97%) — together attempt to address both supply (production economics) and distribution (market access costs). The 2030 target of 25% manufacturing GDP share requires these working together, not in isolation.

UPSC angle: Premature deindustrialisation concept, manufacturing at 17% GDP since 2011-12, Economic Survey 2024-25 MSME deregulation prescription, the four structural barriers, and PLI+Gati Shakti+NLP as the tripod framework are Mains GS3 analytical depth that separates informed answers from rote recall.

Exam Strategy Note

For GS3 Prelims, memorise: 14 PLI sectors, ₹1.97 lakh crore outlay, 24 DRSCs are a Polity topic. For Mains, PLI schemes are excellent examples to use in answers on industrial policy, export promotion, and China+1. Link to Make in India 2.0, PM Gati Shakti, and National Logistics Policy. Connect manufacturing growth to employment generation (GS1 society angle) and environmental concerns of rapid industrialisation (GS3 environment angle).

Key Terms

Production Linked Incentive (PLI)

• Definition: The Production Linked Incentive (PLI) Scheme is a Government of India industrial-policy initiative that gives manufacturers cash incentives, calculated as a percentage of incremental sales of goods made in India over a base year, to scale up domestic production, attract investment, substitute imports and boost exports in selected strategic sectors.
• Context: PLI was first launched in March 2020 for three pioneer sectors (mobile/electronic components, bulk drugs/APIs and medical devices). In the Union Budget 2021-22 (presented 1 February 2021), the government announced an overall outlay of about ₹1.97 lakh crore covering 13 key sectors; with the later addition of drones and drone components, the scheme now spans 14 sectors. Unlike older subsidy or capital-cost schemes, PLI rewards actual output, making the payout performance-linked rather than upfront.
• UPSC Relevance: PLI is a high-yield GS3 topic under "Government Budgeting," "Industrial Policy / Manufacturing," and "Growth, Development and Employment." Prelims may test factual recall (number of sectors, total outlay, nodal ministries, which sector was added later). Mains typically frames it analytically — whether PLI can make India a global manufacturing hub, its role in import substitution and "Atmanirbhar Bharat," and limitations such as sectoral concentration and import-dependence in electronics. Foundational concept — it underpins questions on the manufacturing share of GDP, "Make in India," and the broader competitiveness debate.