This report ‘Maritime Spatial Planning for Offshore Wind Farms in Gujarat’ focuses on the Gujarat offshore wind potential and describe the process of maritime spatial planning in building up a pipeline of projects. Besides describing the screening methodology, the report presents the outcome of the rough and fine screening process including the LCoE heat mapping for the selected zones off the coast of Gujarat for further stakeholder consultations and inputs. The report will further provide a specification of the focus areas for development of offshore wind farms.
The specific data and information gathered via the various surveys and investigations together with the relevant studies and assessments for the zone B3 carried out by NIWE is of course extremely important as part of the de-risking and further development of offshore wind. Following the focus on zone B3 as the first part of the build-out plan, it is of course important to take into account the assessments and considerations made during rough and fine screening, the LCoE heat mapping and conceptual planning. Bearing these in mind the most feasible parts off the Gujarat coast would be to the West for the zone B3 into zone A. These zones represent the best sites from a LCoE perspective.
The current Danish model for tendering offshore wind farms is the result of many years of experience in planning and completing large-scale wind farm tenders.
Leaflet about the National Test Centre for Offshore Wind Turbines in Dhanuskodi. As an offshore resource assessment initiative, NIWE in the year 2013 installed a 100 m height Meteorological Mast i
Lessons Learned in Setting up a Wind Test Center for Offshore Wind Energy in the Oesterild, Denmark March 2021.
In Denmark, offshore wind targets are settled in political agreements supported by a majority in the Parliament, which the government then commits to realize.
Letter of intent between The Ministry of New and Renewable Energy, Government of the Republic of India and The Ministry of Energy, Utilities and Climate, Government of the Kingdom of Denmark.
This Technology Catalogue is prepared by the Central Electricity Authority of India and the Danish Energy Agency under the India-Denmark Energy Partnership. The main objective of the technology catalo
Financial Modelling of Offshore wind in India (FIMOI) is an initiative launched within the Centre of Excellence for Offshore Wind and Renewable Energy, established as part of
Financial Modelling of Offshore wind in India (FIMOI) is an initiative launched within the Centre of Excellence for Offshore Wind and Renewable Energy.
The report elaborates on the European, Indian, Danish and Nordic approaches to transmission planning, describing concepts and considerations while developing new transmission
The updated Strategy Paper for Establishment of Offshore Wind Energy Projects was published by Ministry of New and Renewable Energy on 26 September 2023. The paper describes
Draft Tender Document released by Ministry of New and Renewable Energy on 14th November 2022 for stakeholder consultation. The draft tender document includes contractual agree
CEA report published December 2022, portraying the broad transmission system roadmap for integration of 537 GW non-fossil / RE capacity by the year 2030.
This report summarizes the main activities and findings related to the support provided for the pre-feasibility assessment for the Test Research Centre for Offshore Wind Turb
This report ‘Maritime Spatial Planning for offshore wind farms in Tamil Nadu’ focuses on the Tamil Nadu offshore wind potential and describe the process of maritime spati
The objectives of this study include an assessment of existing ports suitable for transport and installation, as well as O&M activities to serve offshore wind projects in