#offshore wind

Chinese firm wins contracts for nation’s longest offshore export cable routes and advances in high-voltage transmission.

ScottishPower Renewables has awarded HSM Offshore Energy an EPCIC contract for the 960 MW East Anglia 2 offshore substation and jacket foundation.

Pfisterer’s universal plug-in repair joint revolutionizes offshore subsea cable maintenance, enabling fast, flexible, and manufacturer-independent repairs.

HSM Offshore Energy and partners have installed the Jasmund OSS topside, a key step in expanding offshore wind infrastructure in the Baltic Sea.

ISO New England finds 9.6 GW of offshore wind could connect to the grid without new infrastructure, reducing costs and streamlining clean energy expansion.

The HSI Consortium rolls out the Jasmund offshore substation topside for 50Hertz, advancing Germany’s Baltic Sea wind energy expansion.

Weighs approximately 2,000 tonnes and stands 60 metres tall.

By addressing one of the key challenges of renewable energy – grid stability – the company is paving the way for more widespread adoption of offshore wind technology.

The use of supercapacitors to provide active power capability not only supports grid stability but also offers project owners the possibility of offering inertia or grid stability services to the grid. 

Rewiring the Grid: A Monumental Undertaking

CAPE Holland, a renowned innovator in offshore industry foundation installation equipment and a Venterra Group company, is proud to announce the signing of a contract with Hyundai Engineering & Steel Industries Co. Ltd. (HESI) for the Shinan-Ui Offshore Wind Farm, marking CAPE Holland’s first project in South Korea.

This significant investment in East Lothian’s power infrastructure marks a major step forward in Scotland’s energy transition.

This £5-8 billion fund aims to fast-track the procurement of critical energy transmission infrastructure.

On track to achieve the 2030 target six years early, with plans to add 1.2 TW of solar and wind capacity.

Dominion Energy has announced the completion of a significant milestone in its Coastal Virginia Offshore Wind (CVOW) project.

The work will start around 10 August, with the installation of the pin piles and the jacket foundation, as well as the converter platform topside.

Cloud-based tools enhanced with artificial intelligence could reduce construction delays.

The North Planning Applications Committee approved the project’s onshore application for planning permission in principle.