·PIB·15 marks·250–350 words

Examine the challenges in building a component-level manufacturing ecosystem in India as against final assembly of electronic goods.

In this answer
  1. Structural economics of components
  2. Cost disability that incentives alone cannot close
  3. Inverted duty structure
  4. Ecosystem and institutional gaps
  5. The record of past schemes

Components accounted for about 42% of the value of global electronics production in 2022, but only 9% in India in 2023-24 [1]. India has mastered final assembly; the deeper challenge lies upstream, where the economics, tariffs and skills work against domestic manufacture.

Structural economics of components

  • NITI Aayog (2024) found component making has a low turnover-to-investment ratio — heavy machinery spending against modest annual sales — with high upfront capital and long gestation [1].
  • Assembly, by contrast, is working-capital light and yields quick turnover, which is why investment gravitated there.

Cost disability that incentives alone cannot close

  • Manufacturing components in India costs 14%–18% more than in China: tariffs and materials 4%–5%, logistics 2%–3%, and costly finance up to 4% [1].
  • Indian borrowing runs 5–6 percentage points above international rates, while interest subsidies keep China, Taiwan and Vietnam at 2%–7% [1]. A sales-linked incentive does not reduce monthly interest.

Inverted duty structure

  • Machinery enters at zero customs duty, but critical parts and sub-parts attract 5%–25% [1] — taxing inputs more than outputs, making imported finished goods cheaper than domestic manufacture.

Ecosystem and institutional gaps

  • Electronics Manufacturing Clusters lack shared infrastructure, unlike Vietnam's lab-equipped warehouses or Taiwan's 0% VAT, 17% corporate tax cap and assured power [1].
  • Approvals remain fragmented across central, state and municipal portals; NITI Aayog (2026) urged strengthening the National Single Window System [1].
  • Skill shortages persist at operator, technician and engineer levels [1].

The record of past schemes

  • SPECS (closed March 2024) drew ₹9,482 crore against an expected ₹20,000 crore, employing 39,092 against a 6,00,000 expectation [1].
  • Under ECMS, commitments reached ₹1.15 lakh crore, yet only ₹7 crore was spent in RE 2025-26 against a ₹40,000 crore outlay [1][2] — approvals are promises, not production.

Domestic value addition has risen to 18%–20% [3], and ECMS's capex-linked and hybrid incentives with a one-year gestation window correctly target the capital problem [4]. Sustained gains now require duty rationalisation, cluster infrastructure, single-window clearance and focused skilling — converting assembly leadership into genuine value-chain depth under Atmanirbhar Bharat.

Sources

  1. 1Demand for Grants 2026-27 Analysis: Electronics and Information Technology, PRS Legislative Research42%/9% component share, 14%–18% cost gap, finance and logistics costs, inverted duty 5%–25%, cluster and single-window gaps, skills shortage, SPECS outcomes, ECMS budget line
  2. 2Electronics Components Manufacturing Scheme, PIB backgrounder₹1.15 lakh crore commitments, ₹40,000 crore outlay, six-year tenure
  3. 3Domestic value addition in electronics manufacturing currently at 18%–20%, PIBDVA figure
  4. 4Electronics Component Manufacturing Scheme, MeitYcapex/hybrid incentive design and optional gestation period

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