Policy

Solar energy has become the world's fastest-growing source of new electricity generation with annual global installations rising from 51.8 GW to 507.2 GW between 2015-2024, and are projected to surpass 1 Terawatt by 2030.[1]. This growth remains heavily concentrated in China, which accounts for most of the global manufacturing capacity across the value chain[3]. India has been a substantial beneficiary of Chinese solar manufacturing, but since 2021 India has pursued a deliberate industrial policy to build domestic manufacturing capability, decouple from Chinese sourcing and reduce its import dependence. This brief examines two developments that predicate on guidance for such a strategy viz. the June 2026 enforcement of Approved List of Models and Manufacturers (ALMM) List-II, mandating domestically manufactured solar cells, and the imposition of US countervailing duties of up to 126 percent on Indian solar exports in 2026 [2,18]. Given India’s market potential and technological capacity, it pre-assesses two scenarios for how China may respond to India's push to localise production upstream of module assembly and argues that comparatively plausible scenario — strategic price competition in cells rather than outright disengagement that has a documented precedence in India's own recent experience with module- dumping of selling PVs below production cost. 

This thesis aims to better understand the dynamics and drivers of India’s current account. It further goes on to determine a normative value and we conclude with a subjective assessment of the rupee valuation.

Completing India’s transition to residence-based taxation of foreign portfolio investments, and achieving tax neutrality for resident financial savings 

This paper evaluates whether India’s foreign exchange reserves, now exceeding $700 billion, are economically optimal rather than merely adequate. Using quarterly data from 2000Q1 to 2025Q4, we estimate a long-run reserve demand equation via Dynamic OLS and calculate the welfare-maximizing reserve level using the Jeanne and Rancière framework, calibrated with crisis probabilities from an asymmetric complementary log-log model. We find that India’s actual reserves have exceeded the optimal benchmark in every sample quarter, with excess holdings reaching $145.02 billion by 2025, or $190.70 billion once the Global Financial Safety Net is incorporated. We further show that a two-tranche reserve management framework, separating a core liquidity buffer from a dedicated sovereign wealth fund, would have generated $344.58 billion in cumulative wealth over 2004 to 2025 against $140.80 billion under the status quo, at an annual fiscal cost of holding reserves of roughly $15 billion in 2025 alone. These findings suggest that India’s reserve accumulation strategy, while historically prudent, now imposes a quantifiable and avoidable fiscal drag that structural reform could substantially mitigate.

As India’s working age population expands, the need to create productive and future ready jobs at scale is pertinent. This report maps employment growth in India between 2018 and 2025 using the Periodic Labor Force Survey with an eye towards illuminating occupation-level job growth patterns, the changing skill profile of the Indian workforce and exposure to AI developments. Overall, we find that employment has expanded since 2018, though much of the increase was in agricultural self-employment and low-skill nonfarm occupations. Our analysis provides evidence for job polarization - job growth was concentrated in low-skilled occupations coupled with modest growth in some high-skilled professional roles, with relatively no growth in medium-skill jobs. High-skilled, cognitive occupations are most exposed to emerging AI applications. So far, employment growth has been pronounced at both ends of the AI-exposure range. Manual, low-skill jobs, which are least-exposed to AI grew tremendously while high-skilled job grew to a lesser extent, resulting in the missing middle and echoing the broader polarization of the labor market. These findings draw policy attention towards the need for industry-relevant skills that enhance productivity and boost the AI-adaptability. Building data infrastructure that captures evolving worker and job characteristics is important to produce timely and relevant evidence that supports policy in times of technological change.

In February 2026, the Ministry of Statistics and Programme Implementation (MoSPI) released a comprehensive revision of India’s national accounts, shifting the base year from 2011–12 to 2022–23 alongside significant methodological reforms. This paper provides a detailed comparative analysis of the old and new GDP series, examining the 3.08% decline in nominal GDP for FY26 and tracing it to improved informal sector measurement (ASUSE), the adoption of double deflation, expanded administrative data sources (GST, LLP filings), and the introduction of Supply–Use Tables. Using implied inflation across sectors as a diagnostic, we decompose sectoral growth into contributions from better data collection and improved deflation methodology — finding that the tertiary sector experienced the most significant downward revision in nominal levels, while manufacturing saw real growth revised sharply upward from 4.5% to 9.3% in FY25, driven primarily by the shift to double deflation. Quarterly data further reveal a more optimistic trajectory for manufacturing than annual figures suggest.