New DNV GL guidelines and practices ensure safe connection of offshore wind to the transmission grid using High Voltage DC technology. DNV GL has together with the Swedish Transmission Research Institute (STRI) and ten industry players developed a methodology for technology qualification of offshore
SNP Energy Spokesperson Fergus Ewing has welcomed the news that MeyGen have signed a multi-million pound deal to sell electricity from the planned tidal energy scheme in the Pentland Firth. Construction on one of the world’s largest tidal power projects will begin in the Pentland Firth later this ye
On behalf of Mainstream Renewable Power, DNV GL has successfully completed an independent validation assessment of the FLiDAR offshore wind measurement device. Based on the results, FLiDAR’s floating LIDAR (Light Detection and Ranging) device has now formally reached Stage 2 on the Carbon Trust Offs
Research and Markets has added the “Analyzing the Potential of Offshore Wind Energy – 2014” report to their offering. This research brings a complete in-depth focus on the global offshore wind energy industry in its report – Analyzing the Potential of Offshore Wind Energy. The report begins with an
New research has found that the Great Barrier Reef, as a whole, is a remarkably effective wave absorber, despite large gaps between the reefs. This means that landward of the reefs, waves are mostly related to local winds rather than offshore wave conditions. As waves break and reduce in height over
Atlantis, owner of the world’s largest planned tidal stream energy project, MeyGen Limited (“MeyGen”), announces that all conditions have been satisfied under the terms of the funding package announced on 21 August 2014 to enable the drawdown of funding for the project. Financing to fully fund Phase
The British Marine Aggregate Producers Association (BMAPA) and The Crown Estate, have published a new ‘Fifteen-Year Review’ which provides a unique overview of the changes in the area of seabed licensed and dredged between 1998 and 2012, enabling greater understanding of the nation’s marine mineral
Offshore WIND’s photo of the day: A turtle visiting DONG Energy’s Walney Offshore Wind Farm. During a survey by CMACS, Bill Aspin took a photo of a leatherback turtle swimming near the Walney Offshore Wind Farm, located 14 km west of Walney Island off the coast of Cumbria, in the Irish Sea, England.
Bringing together space and deep sea research is the goal of the Helmholtz Alliance “ROBEX – Robotic Exploration of Extreme Environments”, which is coordinated at the Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research (AWI). Since yesterday Airbus DS Bremen is associated partne
Having more than doubled its head office workforce in the past year, Tidal Lagoon Power moves into a new head office in Gloucester Docks. A team of forty full time employees will be joined by up to ninety-five colleagues from Atkins and Costain, two of the delivery partners helping to prepare the wo
A delegation of leading Japanese polar scientists and governmental functionaries has met with scientists from the Alfred Wegener Institute and the Center for Marine Environmental Studies (MARUM) in the House of Science in Bremen. The delegation was led by Takashi Kiyoura, director of the office of R
Ocean energy company, BioPower Systems (BPS), and global engineering services provider, WorleyParsons, have jointly completed the final engineering and design for a 250kW grid-connected wave energy project in Victoria, Australia. The project is being funded by the Australian Government, through the
Ocean energy company, BioPower Systems (BPS), and global engineering services provider, WorleyParsons, have jointly announced that the two companies have completed the final engineering and design for a 250kW grid-connected wave energy project in Victoria, Australia. The project is being funded by t
Jack Poleykett, PhD Researcher at the Centre for Global Eco Innovation (Lancaster University), is leading an innovative project entitled ‘Development of Particle Tracking Technology’. The aim being to improve particle tracking methodologies to increase flexibility and improve data collection for ind
