RWE achieves key milestone with the installation of the Offshore Converter Platform at its Sofia Offshore Wind Farm – its first deployment of HVDC technology offshore. The installation represents the largest lift of its kind in the offshore wind industry, underscoring the successful collaboration between RWE, GE Vernova, and Seatrium. Sofia is RWE’s largest offshore … Continue reading RWE marks major milestone with installation of HVDC Offshore Converter Platform for Sofia Offshore Wind Farm
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RWE signs Framework Agreements for HVDC systems with Hitachi Energy and Aibel to secure capacity for future offshore wind farms
RWE, one of the world’s leading players in offshore wind, signed Framework Agreements with Hitachi Energy and Aibel for the joint supply of three high-voltage direct current (HVDC) systems for RWE offshore wind farms. The agreements are long-term in nature as the secured HVDC systems are designated for offshore wind projects from RWE’s global development … Continue reading RWE signs Framework Agreements for HVDC systems with Hitachi Energy and Aibel to secure capacity for future offshore wind farms
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The largest electrical cable in the world allows sharing wind energy 765 km away
Viking Link is the largest HVDC interconnector in the world. Or in other words, the longest electrical cable, 765 km long and connecting the electrical networks of the United Kingdom and Denmark. This is a high-voltage submarine cable, buried in the seabed, which will have the future capacity to power 1.4 million British homes from … Continue reading The largest electrical cable in the world allows sharing wind energy 765 km away
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HVDC Transmission Systems: A Key Player in Offshore Wind Energy Integration
HVDC transmission systems have emerged as a key player in the integration of offshore wind energy, a development that is reshaping the global energy landscape. This is a significant advancement in the pursuit of renewable energy sources, as the world grapples with the urgent need to transition from fossil fuels to more sustainable alternatives. Offshore … Continue reading HVDC Transmission Systems: A Key Player in Offshore Wind Energy Integration
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Hitachi Energy to supply HVDC technology for US wind project
Hitachi Energy has been selected by Pattern Energy to supply its high-voltage direct current (HVDC) and other advanced technologies for the SunZia Transmission Project. It will connect the 3,500-megawatt (MW) SunZia wind project in New Mexico to the power grid in Arizona and Southern California, which will be among the world’s largest transmission links delivering … Continue reading Hitachi Energy to supply HVDC technology for US wind project
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GE Consortium Awarded Contract to Build State-of-the-Art HVDC System for RWE’s Sofia Offshore Wind Farm
GE Renewable Energy’s Grid Solutions and Sembcorp Marine awarded the full contract for the high voltage direct current (HVDC) transmission system. Once operational, the Sofia offshore wind farm will be able to generate enough renewable energy to meet the electricity needs of almost 1.2 million average UK homes. A specially formed consortium of GE Renewable Energy’s … Continue reading GE Consortium Awarded Contract to Build State-of-the-Art HVDC System for RWE’s Sofia Offshore Wind Farm
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EU research project PROMOTioN presents final project results
Technologies for a meshed HVDC offshore wind energy transmission grid in Europe are ready for use – political will and action at all stakeholder levels is needed now. As coordinator of the EU-funded Horizon 2020 project “Progress On Meshed Offshore HVDC Transmission Networks” (PROMOTioN), DNV GL has played a pivotal role in bringing all the … Continue reading EU research project PROMOTioN presents final project results
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DNV GL supports China’s first HVDC offshore wind farm substation
DNV GL, the world’s largest resource of independent energy experts and certification body, today announced that it has been contracted to provide technical advisory support on feasibility studies for the first-ever high-voltage direct current (HVDC) offshore wind substation in China. China has committed heavily to developing its offshore wind power generating capacity. It currently plans … Continue reading DNV GL supports China’s first HVDC offshore wind farm substation
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Vattenfall backs HVDC for Norfolk offshore wind energy
Vattenfall, the Swedish energy group, said it wants to take a lead in transmission cable technology development that will be good for the consumer and lessens impact on the environment from far offshore, large scale wind farms. The energy business plans to deploy High Voltage Direct Current (HVDC) cable technology to connect Norfolk Vanguard and … Continue reading Vattenfall backs HVDC for Norfolk offshore wind energy
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Variable solar power from North Africa provides the basis for a sustainable business model
Transferring power from Africa to Europe via a high voltage direct current (HVDC) transmission line could be a sustainable business model with added value for both regions. This is the conclusion reached by researchers in the EU-sponsored BETTER project (Bringing Europe and Third Countries Closer Together Through Renewable Energies), conducted by the German Aerospace Center … Continue reading Variable solar power from North Africa provides the basis for a sustainable business model
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Prysmian Group wins contract from Tennet for offshore wind farm
Prysmian Group, world leader in the energy and telecom cable systems industry, announces the successful commissioning of the High Voltage Direct Current (HVDC) offshore grid connection project SylWin1 realised off the North Sea coast of Germany in a contract with the Dutch-German transmission system operator TenneT. Prysmian secured this project in January 2011 … Continue reading Prysmian Group wins contract from Tennet for offshore wind farm
Continue readingOffshore wind power: Siemens hands over North Sea grid connections to TenneT
Siemens has handed over SylWin1, the third North Sea grid connection this year, to its customer TenneT. The German-Dutch transmission grid operator has now put the world’s most powerful grid connection to date into commercial operation. The offshore platform of the SylWin1 grid connection is located around 70 kilometers west of the island of Sylt, … Continue reading Offshore wind power: Siemens hands over North Sea grid connections to TenneT
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NordLink HVDC interconnector between Norway and Germany will use Nexans’ subsea power cables
First ever power interconnector between Norway and Germany will be Nexans’ largest subsea power cable contract to date in terms of length and value Contract value is approximately 0,5 Bn Euros. The Norwegian and German power grids will be able to share green energy directly for the first time thanks to Nexans submarine HVDC (high … Continue reading NordLink HVDC interconnector between Norway and Germany will use Nexans’ subsea power cables
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The world’s largest direct-current grid connection at 800 megawatts (MW) has now taken up commercial operation
With this grid connection it is now possible to transmit 800 MW of clean electricity from wind power, enough to supply around one million German households. Siemens has handed over the first North Sea grid connection, BorWin2, to its customer TenneT. The German-Dutch transmission grid operator has accepted the project following successful completion of test … Continue reading The world’s largest direct-current grid connection at 800 megawatts (MW) has now taken up commercial operation
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One million German households with electricity from wind energy
Siemens receives an order from TenneT for an offshore wind farm grid connection in the North Sea. In a consortium with Petrofac Siemens will supply the complete technology for efficient direct-current transmission for the BorWin3 grid connection as the consortium leader. The consortium partner Petrofac, with over 30 years of experience as a leading EPC … Continue reading One million German households with electricity from wind energy
Continue readingHVDC Electricity Transmission Technology Revenue Will Total Nearly $57 Billion from 2013 to 2020
Since the advent of the electricity grid, most grids have been built using alternating current (AC) transmission systems. mac os x 10.7 download purchase Today, however, driven by growth in electricity demand, transmission system congestion, and grid instability, adoption of high voltage direct current (HVDC) transmission is growing on a worldwide basis.
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