India’s renewable energy expansion into offshore wind and floating solar is encountering cost pressures as steel prices rise globally. Government officials have indicated that the country may re-evaluate tenders for an upcoming 1 GW offshore wind project after early assessments suggested that elevated steel costs could weaken investor participation.

Offshore wind projects rely heavily on steel-intensive structures such as turbine foundations, towers and subsea infrastructure. The increase in steel prices has raised the overall capital expenditure required for such projects, potentially affecting their financial viability. Officials familiar with the discussions said the government is reviewing the tender framework to ensure that developers remain interested in participating once bids are invited.

The reassessment also reflects global trends. Offshore wind tenders in several international markets have reportedly seen muted response or no bids in recent months as developers reassess cost structures in a high commodity-price environment. India’s planned 1 GW offshore wind tender, which forms part of the country’s early push into marine-based renewable energy, may face similar challenges if cost assumptions remain unchanged.

What is changing is the government’s approach toward risk-sharing and financial incentives. Officials have indicated that India is engaging with global institutions such as the World Bank along with energy policy think tanks to design a roadmap that can improve investor confidence in offshore wind. These discussions include examining potential policy support structures, financing mechanisms and supply-chain localisation strategies.

Floating solar projects are also under review for similar reasons. Unlike conventional ground-mounted solar installations, floating solar systems require specialised platforms, anchoring systems and mooring structures—many of which involve steel-intensive components. The higher cost of these materials is increasing project costs and complicating tariff discovery in competitive tenders.

Officials said subsidy mechanisms or viability gap funding for floating solar projects are being examined by the government’s Expenditure Finance Committee. Any financial support structure would likely aim to bridge the cost gap between emerging technologies and conventional solar power, allowing projects to move forward while domestic manufacturing ecosystems develop.

Another structural challenge is supply chain dependence. Floating solar projects currently rely on imported floaters and mooring equipment in many cases. This increases exposure to global price volatility and logistics costs. To address this, policymakers are exploring options to encourage domestic manufacturing of key components used in offshore wind and floating solar installations.

Why this matters is that both offshore wind and floating solar are considered important next-generation renewable technologies for India. Offshore wind offers higher and more consistent wind speeds compared with onshore installations, while floating solar can unlock power generation potential on reservoirs and water bodies without competing for land.

Market Impact on India

In the near term, delays or recalibration of tenders could slow the rollout of emerging renewable technologies. However, policy adjustments aimed at improving project economics may help ensure sustainable long-term investment once cost structures stabilise.

Sector Impact

The development affects the renewable energy ecosystem, particularly companies involved in offshore infrastructure, steel-intensive fabrication and specialised engineering services. It also highlights how commodity price volatility can influence the pace of energy transition projects.

Bull vs Bear Scenario

The bullish scenario assumes that government policy support, including viability gap funding and localisation incentives, could restore investor interest and accelerate project development once frameworks are finalised.

The bearish scenario suggests that sustained high steel prices and supply chain constraints could delay adoption of offshore wind and floating solar technologies, pushing project timelines further out.

Risk Section

Key risks include continued volatility in global commodity prices, dependence on imported components and uncertainty around subsidy structures. If project economics remain challenging, developers may delay participation in new tenders, slowing the scaling of these emerging renewable technologies.

Overall, the government’s review reflects a balancing act between maintaining India’s renewable energy ambitions and ensuring that large-scale projects remain financially viable in a high-cost environment.