With new approvals for component-manufacturing projects and strong growth in the EV sector, India is accelerating its strategy to become a hub for electronics and electric-mobility production — but key challenges remain.
Dateline: New Delhi | 26 November 2025
Summary: The government of India has approved multiple electronics-component manufacturing projects under its Electronics Components Manufacturing Scheme (ECMS), signalling a sharp push to shift from assembly to deeper value-addition. Alongside this, the electric-vehicle industry is surging, with manufacturing incentives and growing demand positioning India as a rising global player. The dual developments highlight a strategic pivot in India’s industrial policy — yet supply-chain constraints, labour-skill gaps and policy-execution challenges continue to pose risks.
Background: Why Electronics and EVs Now for India?
In recent years, India has sought to reduce import-dependence, build domestic manufacturing capability, and capture higher value in the global supply chain. Electronics imports, in particular, have grown rapidly — components, sub-assemblies and finished goods. Concurrently, the global electric-vehicle shift presents an opportunity for India to converge manufacturing, mobility, and sustainability goals.
The dual thrust — electronics and electric vehicles — reflects the government’s strategic aim of developing higher-technology manufacturing rather than mere assembly. The Electronics Components Manufacturing Scheme (ECMS), launched earlier in 2025, is central to that ambition. Parallel to this, the EV market in India is gaining momentum.
ECMS: The Scheme and Its Latest Approvals
The ECMS aims to foster a competitive ecosystem for electronics-components manufacturing in India. Under the first tranche of approvals, India approved seven projects with investment commitments of ₹55.32 billion (about US$623.5 million) across target segments A, B, C and E.
The total scheme outlay is ₹229.19 billion (about US$2.58 billion) over six years (including a one-year optional gestation period).
The scheme’s objectives: develop domestic value-addition in electronics manufacturing, attract domestic and foreign investments, strengthen participation in global value chains, build component-ecosystem rather than just finished-goods assembly.
What the Approvals Cover — Component Segments and Geography
The approved projects span key segments such as integrated circuit packaging, printed circuit board manufacturing, semiconductor back-end assembly, passive components, and micro-mechanical assemblies. These projects are geographically distributed, covering states beyond traditional hubs. The idea is to build diversified manufacturing clusters across India rather than concentrate in one region.
Analysts say that a shift to component manufacturing is critical — finished goods assembly often captures limited margins, whereas components bring deeper value-addition and create stronger local supply chains and jobs.
EV Industry Growth: A Complementary Pillar
The growth in the EV sector reinforces the electronics push. As per industry data: India’s EV sales rose about 20 % despite global demand headwinds, with nearly a dozen new models anticipated in 2025.
Recent reports show that India’s EV penetration remains modest — around 7.6 % in 2024 — but the growth path is evident. The convergence means that electronics manufacturing, battery-pack assembly, power-electronics, electric motors and vehicle systems are all part of the broader manufacturing ecosystem being targeted.
Policy Linkages: Manufacturing Mission, Import Reduction, Export Focus
Senior officials highlight that by focusing on component manufacturing, India can reduce its dependence on imports (particularly from China), create export-capable units and capture higher margins. Supply-chain disruptions and geo-economic shifts have underscored the urgency.
The ECMS complements other schemes such as PLI (Production Linked Incentive) for electronics, and EV industry incentives. The strategic alignment across mobility, electronics, energy transition and manufacturing is now clearer.
Job Creation and Regional Spread
The component manufacturing push is expected to generate jobs across skill-levels — from semi-skilled assembly to high-end R&D, test-engineering and design. States hosting the approvals expect clusters of talent, suppliers and logistics to follow. Industry sources estimate that each large component unit may create several thousand direct jobs plus many more in ancillary industries.
The geographic spread also matters: by not restricting manufacturing to a handful of states, the aim is to build resilience, avoid over-concentration and distribute benefits. The cluster approach may help peripheral states attract investment, reducing regional imbalance.
Value-Chain Depth: From Assembly to Embedded Systems
Historically, India’s electronics success has been at the finished goods assembly level (smartphones, laptops). But components and systems-integration have higher value. The ECMS projects target precisely that shift — enabling manufacturing of printed-circuit-boards (PCBs), sensor modules, camera modules, power-electronics, connector systems, and packaging of chips.
This depth matters because it builds ecosystem resilience, reduces import leakage, enables export of component modules and creates stronger supply-chain loops within India and with global partners.
Challenges: Supply Chain, Skills, Sustainability and Timing
Despite the optimism, several structural challenges remain:
- Supply-chain readiness: Many raw-material and sub-component suppliers are still overseas, meaning local units may initially depend on imports and suffer margin disadvantages.
- Skills gap: Component manufacturing and higher-end R&D need talent. Bridging from assembly labour to skilled micro-electronics engineers will take time and investment in training.
- Infrastructure readiness: Units need reliable power, gas, water, waste-treatment, logistics and land-clearance — any delays raise costs and slow roll-out.
- Environmental and sustainability compliance: Electronics manufacturing can be resource-heavy; regulatory compliance may add to costs and time-to-market.
- Global competition: India must compete with mature hubs in China, Vietnam, Thailand and Malaysia on cost, speed, supply-chain integration. Merely offering incentives may not suffice.
Impact on EV Sector – Synergies and Tailwinds
The manufacturing policy tailwinds positively affect EVs — components like motors, power-electronics, battery-management systems, sensors and charging modules all benefit. With India targeting a 30 % share of electric-vehicle sales by 2030, the electronics component push becomes an enabler.
Additional support for EVs — like charging infrastructure growth, battery investments and state-level missions — create anchor demand for local component supplies. For example, the Indian EV charging-station network has grown rapidly.
Investor Response: Global Capital Eyes New India Opportunity
Investors are watching closely. With approvals underway and policy clarity improving, several global electronics and auto-component firms are in advanced discussions about setting up in India. Some view India as the next frontier for diversified manufacturing away from China — though execution risk remains.
Export Potential: India as Component Hub for Global Markets
To capture export markets, Indian firms must build credibility — quality, reliability, scalability, cost-competitiveness. The ECMS scheme is structured to support this, but firms emphasise that next-generation products (like camera modules, sensor-fusion boards, power-semiconductor assemblies) will determine export success rather than low-end components.
Case Study: A Components Cluster in Tamil Nadu (Hypothetical Example)
One of the approved projects under ECMS is based in Tamil Nadu, aiming to manufacture advanced PCBs and camera modules for smartphone and EV makers. The project plans to invest ₹2,000 crore, create 3,000 direct jobs, and serve both domestic OEMs and export markets in Southeast Asia.
While details remain under commercial confidentiality, industry observers say the cluster will bring together raw-material suppliers, testing houses, workforce training centres, and logistics partners — a micro-ecosystem aimed at high-end component manufacturing.
Future Outlook: Next 5 Years Will Define India’s Position
The coming 2025-30 window is critical. If India can scale component manufacturing, resolve supply-chain bottlenecks, build skills, and integrate with global supply chains, the nation may become a leading electronics export hub. If not, the opportunity may slip away to more agile competitors.
Conclusion: Manufacturing Transformation in Motion — But Not Guaranteed
India’s push to elevate electronics-component manufacturing via the ECMS scheme, together with the EV industry’s growth potential, offers a promising pathway to higher-value industrialisation. The policy, investment and demand dynamics align in a favourable way.
Yet transformation will not occur automatically. Execution, ecosystem readiness, global competitive positioning and supply-chain integration must come together. If India succeeds, its position in global manufacturing could shift meaningfully. If it falters, it risks again being assembly-only.
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