Union Consumer Affairs and New and Renewable Energy Minister Pralhad Joshi on Tuesday, 7 July 2026, chaired a series of high-level meetings with senior officials of the Ministry of New and Renewable Energy (MNRE) to assess the country's progress across multiple clean-energy frontiers — from onshore wind acceleration to offshore wind planning and next-generation perovskite solar technology.

Context

The ministerial review spanned three distinct but interconnected energy segments. On wind power, Joshi directed officials to draw up a plan for accelerating project implementation through stronger coordination with state governments, with the explicit aim of unlocking what he described as India's 'true wind potential.' He also separately directed the preparation of a dedicated long-term roadmap for offshore wind development — a segment that has seen policy attention since the National Offshore Wind Energy Policy of 2015 but has lagged in actual project execution.

On the solar front, the minister reviewed the current state of perovskite solar cell research in India and held deliberations on scaling up perovskite tandem solar cell technology from the pilot stage to large-scale commercial deployment. He reaffirmed the government's commitment to extending 'all necessary support' to accelerate innovation and strengthen India's next generation of high-efficiency solar manufacturing.

Policy Backdrop

India's renewable energy ambitions are anchored to the pledge made at COP26 in 2021 to achieve 500 GW of non-fossil fuel power capacity by 2030. While utility-scale solar and onshore wind have driven most of the installed capacity addition so far, the government has increasingly signalled a pivot toward emerging segments. The MNRE issued guidelines in 2023 for the development of 5 GW of offshore wind projects off the coasts of Gujarat and Tamil Nadu, though tendering timelines have remained a subject of close industry watch.

The push on perovskite technology fits within a broader policy objective: raising the efficiency of domestically manufactured solar modules and reducing India's dependence on imported crystalline silicon cells and wafers. Perovskite tandem cells, which stack a perovskite layer atop a conventional silicon cell, promise significantly higher conversion efficiencies than standard modules currently available at commercial scale.

Stakeholders and Impact

State governments are central to the wind energy acceleration agenda — land acquisition, grid connectivity approvals, and power purchase agreements all require active state participation. Faster coordination between New Delhi and state capitals has been a persistent bottleneck cited by wind project developers. A clearer offshore wind roadmap would also directly affect coastal states such as Gujarat and Tamil Nadu, which have the most viable seabed zones identified under existing policy.

For the solar research and manufacturing ecosystem, the ministerial signal on perovskite scale-up could translate into future incentive structures — potentially through expansions of the Production Linked Incentive (PLI) scheme for solar modules or dedicated research grants. Domestic solar research institutions and emerging deep-tech startups working on advanced photovoltaic materials stand to benefit from any formalised support framework.

What's Next

The immediate deliverables from Tuesday's meetings are internal: officials have been directed to prepare the offshore wind long-term roadmap, and the perovskite scale-up deliberations are expected to feed into future policy and budgetary decisions. Industry observers will watch for new offshore wind tender schedules in the upcoming fiscal year and any perovskite-specific provisions in the next Union Budget or PLI scheme revision.

With India's 2030 renewable capacity target now less than four years away, the pace at which offshore wind transitions from policy to procurement — and perovskite technology from laboratory to factory floor — will be a key indicator of whether the country can move beyond its current solar-dominant renewable mix toward a more diversified, high-efficiency clean energy base.