Category: Wind Power

Offshore wind farm decommissioning

A significant part of wind energy in the Netherlands is generated by offshore wind farms at sea. In the coming decades, the number of wind farms will be scaled up in line with current energy transition and sustainability objectives. What happens to these wind turbines when they reach the end of their operational life? What volumes of material are involved? How can we prevent an adverse impact of this dismantling on the environment? What forms of economic activity may result from this removal task?

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Total and GIG secures seabed lease for 1.5 GW offshore wind project

The joint venture between Total and the Green Investment Group has secured rights for a seabed lease for offshore wind development off the United Kingdom Coast. The lease is valid for projects that are located off the UK’s East Anglian coast and will have an installed capacity of 1.5 GW. The project was awarded in the fourth round of offshore wind lease auctions by the UK and represents the largest European offshore wind development in the joint venture’s portfolio.

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Ares and Apex Clean Energy partner for 302 MW wind power plant

Ares Management Corporation has announced that funds managed by Ares’ Infrastructure and Power group have acquired the 302 MW Lincoln Land Wind project, located in Morgan County, Illinois from Apex Clean Energy. This project builds upon the successful partnership history of these two companies and also demonstrates strong momentum in the industry, heading into 2021 through the wind project.

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Iberdrola nominates Seimens Gamesa for 3.1 GW of offshore wind farms in the UK

Siemens Gamesa has been nominated by Iberdrola’s subsidiary, ScottishPower, to be a conditional preferred supplier for the 3.1GW East Anglia Hub offshore wind complex off the United Kingdom Coast. The offshore wind complex consists of three wind farms namely the 800 MW East Anglia ONE North, the 900 MW East Anglia TWO, and the 1400 MW East Anglia Three. If ScottishPower is successful in the upcoming tender for the wind complex, Siemens Gamesa will supply 200 turbines of 14 MW each.

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California Energy & Power to deliver its vertical axis wind turbines to Hansei Corporation

California Energy & Power (CE&P), a US vertical axis wind turbines (VAWT) wind turbine company, has secured its first commercial purchase orders from the Hansei Corporation, an engineering, procurement, and construction company in the Philippines. Initial turbines will be deployed in strategic locations in the Philippines, with plans to deploy the company’s CALI series VAWTs along a newly built expressway project to provide electricity for lighting systems, signaling/protection, and electronic vehicle charging stations.

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Northland Power acquires 49 per cent stake in Baltic power offshore wind project in Poland

Northland Power Inc. has signed an agreement with PKN ORLEN S.A. acquiring a share of 49 per cent, subject to regulatory approvals, in the Baltic Power offshore wind project in the Baltic Sea with a cumulative offshore wind capacity of up to 1.2 GW. The Baltic Power project is already under development and is located about 23 km off the coast of Poland.

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Spain allocates 3 GW of renewable energy in latest auction

Spain has announced the allocation of about 3 GW of renewable energy capacity in its first renewable energy auction since 2017. The auction was conducted by the Ministry for the Ecological Transition and witness the awarding of 2 GW of solar capacity. Additionally, the Ministry also allotted about 1 GW of wind energy under the auction. The winning bidders must complete the solar projects by February 2023 and wind projects by February 2024.

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Statkraft and Aker Offshore Wind partner to explore offshore wind project opportunities in Norway

Statkraft has signed a cooperation agreement with Aker Offshore and Aker Horizons to explore the possibility of developing, operating and delivering energy from offshore wind projects in Norway. The said cooperation plans to explore the possibility of setting up a bottom-fixed offshore wind project at Sørlige Nordsjø II (“SN2”).

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TenneT to invite bids for development of grid network for offshore wind projects in Germany and Netherlands

Dutch transmission systems operator, TenneT has announced that it will launch tenders for the development of grid connections with a transmission capacity of 2 GW. The project will ensure supporting infrastructure for the upcoming offshore wind projects in Europe. Under the first tender, transmission infrastructure for at least two projects will be developed in the Ijmuiden Ver wind area in the Netherlands which will be operational in 2028 and 2029. The following tenders will cover the BalWin 1 which will be operational in 2029 and also the BalWin 2 and BalWin 3 which will be operational by 2030.

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A gust of growth in China makes 2020 a record year for wind energy

The surge in installations exceeds GWEC’s Q3 2020 forecast for China by 11 GW and makes 2020 a record year of wind growth with an estimated 82.3 GW of new wind power capacity globally, according to initial calculations by GWEC, which represents a 36% year-on-year increase in installations. According to GWEC Market Intelligence, the global wind industry is now on-track to go from strength to strength and we expect to see similar installation levels in 2021.

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Avangrid Renewables commissions 155 MW wind farm in South Dakota

Avangrid Renewables announced the commissioning of its 154.8 MW Tatanka Ridge Wind Farm. The project consists of 56 wind turbines and is located in Deuel County, S.D., northeast of Brookings. Further, the wind farm is owned by Tatanka Ridge Wind, LLC, a joint venture between Avangrid Renewables and WEC Energy Group. The wind farm has penned a power purchase agreement with the Dairyland Power Cooperative for 51.6 MW of its capacity.

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Clir Renewables to enhance performance of Africa’s largest wind farm

Clir Renewables has been selected to enhance the performance of Kenya’s Lake Turkana Wind Farm. The company will analyse data from each of the wind farm’s 365 turbines using parameters of available resource, geospatial features, and nearby turbines. Further, machine learning data analytics will be used to pick out instances of underperformance and their underlying causes.

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