India-UK Offshore Wind Taskforce

Context: India and the United Kingdom launched the India-UK Offshore Wind Taskforce under Vision 2035 to accelerate cooperation in offshore wind energy development.

About India-UK Offshore Wind Taskforce:

What it is?

  • The India-UK Offshore Wind Taskforce is a bilateral cooperation platform launched under the Fourth India-UK Energy Dialogue to strengthen collaboration in offshore wind energy.
  • It brings together policy makers, industry stakeholders, and technical experts to guide the development of India’s emerging offshore wind sector using UK expertise and Indian market scale.

Aim / Objectives:

  • Accelerate offshore wind deployment through strategic India-UK cooperation.
  • Develop a robust offshore wind ecosystem including policy, infrastructure, and financing frameworks.
  • Promote long-term energy security and industrial competitiveness under Vision 2035.

Key Features:

  • Strategic Leadership Platform: Provides coordinated guidance for India’s nascent offshore wind sector.
  • Three Priority Pillars:
    • Ecosystem planning & market design (seabed leasing, revenue certainty).
    • Infrastructure & supply chains (ports, manufacturing, marine logistics).
    • Financing & risk mitigation (blended finance, institutional capital mobilisation).
  • Identified Offshore Zones: Initial development planned off Gujarat and Tamil Nadu coasts.
  • Government Support: Viability Gap Funding (VGF) scheme of ₹7,453 crore to support early projects.
  • Energy Transition Linkage: Supports National Green Hydrogen Mission through renewable coastal power supply.

Relevance for UPSC Exam:

  • GS Paper II – International Relations
    • India-UK bilateral cooperation in energy and technology.
    • Climate diplomacy and strategic partnerships.
  • GS Paper III – Environment & Energy
    • Renewable energy transition and clean energy technologies.
    • Offshore wind as part of India’s climate commitments and energy security strategy.
    • Green hydrogen ecosystem and decarbonisation pathways.