India’s Wind Sector; A Glowing Blueprint of "Make in India" for the Nation and the World

The rapid expansion of India's wind infrastructure is playing a pivotal role in accelerating the India & global transition to sustainable energy.

Today, we are sharing a guest perspective from Saurabh Srivastava, Director at Senvion India that goes beyond the headlines to explore the 'why' and 'how' of India's wind growth.

There are very few industries like the Indian Wind industry which has pioneered the make in India initiative long before it was made into the mainstream by Hon’ble Prime Minister of India. The industry which was at 21 GW in 2014 now stands tall at over 56 GW. Last year, India had a historic achievement of adding 6 GW in a Financial Year. This is the biggest capacity addition in the world excluding China.  This accomplishment is particularly noteworthy given India's complex federal framework. Navigating diverse regional policies while maintaining a cohesive national momentum underscores the maturity and resilience of the sector's stakeholders.

According to data from the Global Wind Energy Council (GWEC), the wind sector serves as a massive engine for job creation and capital infusion:

• Employment: The industry currently supports 50,000 to 80,000 direct jobs and an additional 100,000 indirect roles across manufacturing, engineering, logistics, construction, transmission and Operations & Maintenance (O&M). Driven by aggressive national targets, the sector is projected to generate another 100,000 jobs over the next 5 to 7 years.

• Capital Infusion: Over the past decade, the sector has attracted an estimated US$30 to $35 billion in investments spanning project development, grid infrastructure and domestic manufacturing facility upgrades.

Over the past decade, the economic architecture of the Indian wind energy sector has matured significantly, characterized by a sharp decline in tariffs. The transition from a Feed-in Tariff (FiT) framework to a competitive bidding mechanism initially stalled capacity addition; however, the resulting market competition successfully rooted out historical inefficiencies. While the legacy FiT regime offered cushions for project uncertainties, the current bidding model demands flawless planning and execution as those safety margins shrink. Concurrently, while rising global commodity prices have caused recent tariff discoveries to tick slightly upward, these new rates are fundamentally healthier, accurately reflecting current macroeconomic realities and ensuring project viability.

India’s wind potential is vast. 

At a 150-meter hub height, the nation’s estimated wind potential is estimated at an incredible 1,164 GW.

Beyond greenfield projects, repowering legacy assets has emerged as a core priority. Replacing older, low-capacity turbines with modern, high-efficiency machines at high-yield legacy sites could unlock over 10 GW of new capacity. These upgraded assets will maximize land utilization while meeting strict, modernized grid compliance standards.

As more and more variable renewable energy penetration grows, grid integration has emerged as a core operational bottleneck. To safeguard grid stability, authorities have tightened technical thresholds and implemented stringent penalties under the Deviation Settlement Mechanism (DSM). While the industry acknowledges the necessity of these grid discipline measures, regulatory bodies must balance enforcement with project viability. Overly punitive penalties threaten investor sentiment and risk making otherwise sound projects financially unviable.

As a net fossil fuel importer, India remains highly exposed to volatile global energy markets. Geopolitical turbulence, such as recent ongoing geopolitical volatility and global energy market instability, directly threatens macroeconomic stability; some estimates suggest that sustained energy price spikes can shave 1% to 1.5% off India’s GDP, threatening to reverse critical poverty-alleviation gains.

A robust mix of Solar, Wind and Storage Systems offers India its most reliable shield against global fuel shocks. While recent diplomatic de-escalation in key oil-producing regions provides welcome breathing room, the long-term solution lies in substituting imported fossil fuels with domestic round-the-clock (RTC) renewable energy.

The Indian wind industry has successfully transitioned into a major global manufacturing hub. Domestic Original Equipment Manufacturers (OEMs) are increasingly exporting high-tech components, including advanced wind turbine blades and nacelles to international markets. This export push is driven by two key factors: tightening margins within the domestic competitive bidding landscape and global supply chains actively diversifying away from China via the China+1 strategy. 

Backed by a level playing field, Indian wind manufacturing has proven it can deliver world-class reliability, strict quality compliance, and exceptional cost-competitiveness on the global stage.