Electric mobility

Explanation

Statement 1 is correct. India's PLI schemes for solar PV and advanced chemistry cell (ACC) batteries are industrial-policy instruments designed to incentivise domestic manufacturing. However, industrial policy becomes productive only when backed by RD&D that builds knowledge in design, process engineering, materials science and systems integration — not just laboratory science. PLI without this knowledge base results in capacity without competitive depth. Statement 2 is correct. The 'valley of death' is a well-recognised phenomenon in innovation policy: it describes the gap between early-stage scientific research and commercial deployment. When public RD&D is skewed toward laboratory and component-level work, with limited pilot-scale or demonstration-stage funding, technologies fail to cross from proof-of-concept to scalable production — a structural weakness in India's current clean energy RD&D portfolio. Statement 3 is incorrect. Small investigator-led research grants are well suited to early-stage discovery and laboratory research, but they are poorly matched to the needs of pilot manufacturing, process development and large-scale demonstration. These later stages require larger budgets, longer time horizons, and sustained collaboration between research institutions, firms and equipment suppliers. Scaling domestic manufacturing capability in sectors like battery cells demands exactly this kind of sustained, larger-format funding — not multiplication of small grants.

Explanation

Statement 1 is incorrect. The compelling case for E3W adoption in India is rooted in commercial operations, not personal mobility. Commercial operators with high daily utilisation benefit disproportionately from lower energy and maintenance costs — this is precisely why the segment has electrified faster than personal-use segments. Attributing adoption to personal use inverts the actual driver. Statement 2 is correct. The E3W segment has achieved penetration levels (above 60 per cent of segment retail) that are substantially higher than any other vehicle category in India, including two-wheelers and passenger vehicles. Industry analysts and ratings agencies have consistently identified E3W as the most electrified segment of India's automobile market. Statement 3 is correct. India's FAME II and the successor PM E-DRIVE scheme both extended demand-side incentives to electric three-wheelers, with the policy design explicitly recognising that commercial operators — auto-rickshaw drivers, goods-carriers — are the primary buyers in this segment. The economic rationale is straightforward: the higher the daily kilometres covered, the faster the per-km energy saving (relative to CNG or petrol) recoups the upfront cost premium, making subsidies targeted at commercial three-wheelers a highly efficient use of public funds in accelerating EV adoption.

Explanation

FAME (Faster Adoption and Manufacturing of Electric Vehicles) is correctly described as a demand-side subsidy scheme administered by the Ministry of Heavy Industries; it provides purchase incentives (subsidies) to buyers of EVs including two-wheelers, three-wheelers, buses and cars meeting certain criteria — Pair 1 is correctly matched. Public procurement preference for EVs — such as the Finance Ministry's directive making EVs the default choice for government staff cars — is a demand-side policy lever (the government as buyer creates guaranteed demand), NOT a supply-side industrial mandate on manufacturers to supply a minimum quota. Confusing demand-side procurement preference with a supply-side production mandate is a common conceptual error — Pair 2 is incorrectly matched. The General Financial Rules (GFR), 2017 are the overarching rules issued by the Ministry of Finance that govern financial management and procurement procedures for all central government ministries and departments; the EV procurement instructions themselves explicitly state that purchases will continue to be governed by GFR 2017 — Pair 3 is correctly matched.

Explanation

Pair 1 is correctly matched: FAME India Phase II (operational from April 2019 to March 2024) provided demand incentives for e-2W, e-3W and e-4W vehicles, subsidies for e-buses, and support for setting up EV public charging stations — a classic demand-side plus infrastructure push. Pair 3 is also correctly matched: the PM e-Bus Service – PSM scheme, notified in October 2024, specifically aims to provide payment security to e-bus operators when Public Transport Authorities default on payments, making it a financial risk-mitigation mechanism rather than a direct manufacturing or demand scheme. Pair 2 is incorrectly matched: the PLI scheme for ACC Battery Storage is focused on establishing a competitive domestic manufacturing ecosystem for Advanced Chemistry Cells (batteries themselves) — not for automotive technology products broadly. It is the PLI-Auto scheme that targets advanced automotive technology (AAT) products including EVs. The ACC-PLI scheme's purpose is battery-cell manufacturing, which is a distinct upstream input industry, not automotive manufacturing per se. Aspirants must distinguish between PLI-Auto (vehicle and component manufacturing) and ACC-PLI (battery cell manufacturing) — two separate PLI instruments with different industry targets.