Offshore Wind Turbine Towers in India: Design considerations, Technological Advancements, Challenges and Opportunities

India's rapidly growing energy demands, driven by its economic expansion, necessitate a transition towards renewable energy sources and offshore wind energy presents a substantial opportunity in this context. Several leading nations including China, the USA, Germany, India, UK, Canada, Spain, Italy, France and Portugal, collectively account for approximately 86% of the global capacity for wind turbines, underscoring the importance of international collaboration and knowledge sharing in advancing wind energy technologies. This study explores the opportunities and challenges of offshore wind power in India, looking at the pressing need to diversify energy mix. The methodology employed in the study involves reading of related papers, government policies and technological progress in the area of offshore wind turbine technology and a discussion of the reasons and potential of the country in this sector. The key conclusions show that in many ways despite the great offshore wind energy potential in India, major obstacles still remain in the path as in terms of initial investment that is huge, as well as the technology and network grid connection. One of the challenges is that India has very vast coastline which is liable to natural calamities such as earthquakes and tsunamis. To fully exploit the offshore wind energy potential in a successful manner, the need is to develop a clear and independent system of policies and regulations, generation of the transfer of the technology agreements as well as an established grid and in-depth research work to overcome the technological challenges. The results of this study suggest that the establishment of a viable solution to the identified problem can be achieved through the careful formulation of regulatory framework, the generation of financial benefits and the collaboration among the stakeholders involved can position India as a leader in offshore wind energy within the Asia-Pacific region. Moreover, encouragement of the local production of offshore wind turbine tower parts and the orientation towards new technologies, including floating offshore wind turbines can stimulate the evolution of the sector and reduce the imports.

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Publication Details

Journal
Disaster Advances
Published
2025-09-30
DOI
https://doi.org/10.25303/1811da065075
Primary Topic
Vibration and Dynamic Analysis
Type
article
Field-Weighted Citation Impact
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article

Offshore Wind Turbine Towers in India: Design considerations, Technological Advancements, Challenges and Opportunities

Mohit Chauhan, Hemal Shah
Disaster Advances
Vibration and Dynamic Analysis
article

Offshore Wind Turbine Towers in India: Design considerations, Technological Advancements, Challenges and Opportunities

Mohit Chauhan, Hemal Shah
article en

Abstract

India's rapidly growing energy demands, driven by its economic expansion, necessitate a transition towards renewable energy sources and offshore wind energy presents a substantial opportunity in this context. Several leading nations including China, the USA, Germany, India, UK, Canada, Spain, Italy, France and Portugal, collectively account for approximately 86% of the global capacity for wind turbines, underscoring the importance of international collaboration and knowledge sharing in advancing wind energy technologies. This study explores the opportunities and challenges of offshore wind power in India, looking at the pressing need to diversify energy mix. The methodology employed in the study involves reading of related papers, government policies and technological progress in the area of offshore wind turbine technology and a discussion of the reasons and potential of the country in this sector. The key conclusions show that in many ways despite the great offshore wind energy potential in India, major obstacles still remain in the path as in terms of initial investment that is huge, as well as the technology and network grid connection. One of the challenges is that India has very vast coastline which is liable to natural calamities such as earthquakes and tsunamis. To fully exploit the offshore wind energy potential in a successful manner, the need is to develop a clear and independent system of policies and regulations, generation of the transfer of the technology agreements as well as an established grid and in-depth research work to overcome the technological challenges. The results of this study suggest that the establishment of a viable solution to the identified problem can be achieved through the careful formulation of regulatory framework, the generation of financial benefits and the collaboration among the stakeholders involved can position India as a leader in offshore wind energy within the Asia-Pacific region. Moreover, encouragement of the local production of offshore wind turbine tower parts and the orientation towards new technologies, including floating offshore wind turbines can stimulate the evolution of the sector and reduce the imports.

Disaster AdvancesVol. 11(18)
Openalex Percentile: Top 65%
Vibration and Dynamic Analysis
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