RENEWABLE WIND OFFSHORE POWER MANAGEMENt CONSULTANCY
Empowering Offshore Wind Solutions
Empowering Offshore Wind Solutions
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Offshore wind farms harness wind energy using different types of turbines installed in marine environments:
These turbines generate electricity, which is transmitted via subsea power cables to an offshore substation. Here, the voltage is stepped up before the energy is sent to an onshore substation through additional cables. The onshore substation then feeds the electricity into the main power grid.
Abandoned oil platforms can be repurposed as offshore substations, reducing the need for new infrastructure and lowering costs.
India is aggressively expanding its wind energy capacity as part of its broader clean energy transition. With over 48 GW of onshore wind installations, India ranks 4th globally, generating around 80–82 TWh in 2023. This document provides a comprehensive update on India's wind energy status, state-wise distribution, notable projects, offshore developments, industry players including ONGC's initiatives, government policies, investments, and a roadmap to 2030 and beyond.
Current Onshore Wind Capacity and Generation
Installed Capacity: Approximately 48.6 GW as of early 2025, with annual additions accelerating (~2.8 GW in 2023).
Generation: Around 82 TWh in 2023, contributing about 4%-5% of India's total power output. Typical capacity utilization factor is 20–25%.
State-wise Distribution and High-Potential Wind Corridors
Major states and their installed wind capacities as of December 2024:
High-potential wind corridors identified by NIWE:
Key Onshore Wind Projects
Repowering Initiatives
India's revised repowering policy (Dec 2023) targets ~25 GW potential by replacing older turbines with modern, efficient ones, mainly in Tamil Nadu and Gujarat.
Offshore Wind Development Status
Future Roadmap to 2030 and Beyond
Larger turbines (3–6 MW onshore, 10–15 MW offshore)
Hybrid projects with storage for round-the-clock power
Digitalization and predictive maintenance for improved efficiency
Offshore wind, including floating wind post-2030
Socio-economic and Industrial Impact
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