A list of search results
Since the end of 2013, GEOMET® 321 has been used by SIEMENS WIND POWER A/S on fasteners of wind turbine blades. For this application, SIEMENS WIND POWER A/S requires that the coating must be able to exist in a C5-H environment (according to ISO-12944) without corrosion of the substrate material even after a 1440 hours salt spray test. For […]
By Alexandre Crochelet, Senior Engineer at G-Octopus, a Cathie Associates Company Pile Driving Monitoring (PDM) during driving and Pile Dynamic Testing (PDT) are widely used in onshore and offshore construction to ensure the structural integrity of the piles during driving and achieve a safe and economical pile installation. PDM helps in assessing the pile behaviour […]
By Stefano Santoni – Product & Market Manager, Wind Energy & Heavy Duty Division – DAVI. According to the report of the Global Wind Energy Council (GWEC), the global offshore wind market experienced a growth of 4.49GW of new capacity in 2018. The Global Wind Report acknowledges that nowadays there’s a total of 23GW of offshore […]
By Giordano Toninelli, Area Sales Manager, Faccin SPA In recent years, wind energy has become one of the most common renewable energy sources, leading the transition away from fossil fuels. The industry has been moving forward relentlessly throughout innovation and change, thus improving its competitive cost, and an assertive policy of developing renewable energies by […]
UK-based OceanFlow Energy Limited will put a scaled version of its Starfloat floating wind foundation to test after being awarded Marinet2 funds for the project.
Vattenfall Wind Power Ltd has contracted Offshore Wind Consultants Limited (OWC) to provide leg penetration and pile driveability analyses for its offshore wind development projects.
The jury of the Offshore Wind Innovation Award 2017 has announced ECE Offshore, Next Ocean and Jules Dock as three finalists for the most appealing innovation in offshore wind.
Siport21, a Madrid-based port-maritime consultancy company, has presented the "Methodology of the hydrostatic and hydrodynamic analysis of fixed and floating structures for the offshore wind industry", which allows studying the safety conditions during transport and installation of the support structures for offshore wind turbines.
The International Marine Contractors Association’s (IMCA) has published Standardised boat landing research report, with an aim to standardize boat landings for accessing wind turbine foundations from crew transfer vessels (CTVs). IMCA’s Renewable Energy Workgroup and the National Workboat Association (NWA) were seeking a consensus on the optimum design and configuration of boat landings for accessing wind turbine foundations from […]
German researchers gathered around the Research Alliance Wind Energy (FVWE) have completed a three-year Smart Blades project that resulted in new concepts for intelligent rotor blades which can adapt to the wind, thus allowing turbine rotor blades to produce electricity more efficiently, Fraunhofer IWES said in a statement. Rotor blades are subject to severely fluctuating wind loads due to the […]
A strong partnership has resulted in the development of a new wind turbine technology, which could mean a leap forward in blade control and cost reduction. Leading Danish wind industry players and the scientific community have joined forces to develop the iRotor technology, a solution which uses wireless sensor technology to measure changes in the […]
Transfers at sea have long been a problem and the safety of those involved is becoming an increasing consideration particularly because of the rapidly increasing numbers of people involved. The offshore wind farm owners and contractors alike have very strict H&S policies which other industries increasingly feel obliged to adopt as the renewable energy sector […]
A fracture in the welding that connects the tower top flange with the tower had caused the breaking of the turbine Number 7 at the Samsø (Paludans Flak) offshore wind farm, Siemens said in a statement. With the fracture developing over time, the tower top flange ultimately separated from the rest of the tower. "The welding at […]
DNV GL has certified a software developed by the Offshore Renewable Energy (ORE) Catapult as part of a project to develop a new bi-axial blade fatigue testing method. The project is aimed at reducing fatigue test times by almost a half and overall test times by a quarter. The two-year collaborative Knowledge Transfer Partnership project between […]
The DCNS Research teams have moved in their new facilities at Technocampus Ocean, located in Bouguenais, on the outskirts of Nantes, France. During the inauguration of Technocampus Ocean on 15 October, DCNS launched its rupture innovations workshop. The workshop aims particularly at fostering the emergence of new and inventive ideas and boosting their development in order […]
Ocean Power Technologies, Inc. (OPT) has deployed its APB350 A1 PowerBuoy approximately 14 miles northeast of Atlantic City, New Jersey. The APB350 A1 contains an improved Power Takeoff (PTO) system compared to the APB350 that was deployed in 2011 in connection with the U.S. Navy's Littoral Expeditionary Autonomous PowerBuoy ("LEAP") Program and then redeployed in 2013 […]
Grouting or bolting of the connection between monopile and transition piece belong to the past with the introduction of Dutch engineering company KCI's Double Slip Joint. KCI is completely convinced about this after completing intensive research. The company introduced their new concept at the EWEA OFFSHORE event in Copenhagen last month where it attracted a […]
Recognising the critical role that substructures play on the Levellised Cost of Energy, a dedicated session was held on Tuesday 10th March at EWEA Offshore that discussed various foundation solutions. One of the session speakers was Dr. Azadeh Attari from engineering consultants, Gavin and Doherty Geosolutions (GDG), who presented preliminary results from the European Commission […]
The annual International Conference on Offshore Wind Substructures was held in Edinburgh last week, where the latest trends in foundation design and innovations in substructure technology were discussed. This two day event facilitated lively discussion among attendees from across the supply chain regarding how foundation engineering may contribute to reducing the levellised cost of energy. […]
Ocean Power Technologies, Inc. announced financial results for its Fiscal 2015 second quarter ended October 31, 2014 ("fiscal 2015"). David L. Keller, Interim Chief Executive of OPT stated, "I am pleased to report that during the second quarter we completed the site remediation and removal of equipment on the Reedsport, Oregon project which allowed us […]
The interest in structural health monitoring (SHM) in industry has increased significantly in recent years. Failure of a mechanical structure can indeed occur suddenly and provide a lot of damage. With SHM it is possible to follow up (online or offline) defects with permanently attached sensors. Damage to mechanical structures may consist of (small) changes […]
Tank testing of scale models to develop the next generation of Pelamis Wave Power’s wave energy converter (WEC) machines have now been successfully completed. The tank testing process forms a key part of a £1.4m project commissioned and funded by the Energy Technologies Institute (ETI) which is looking to boost the cost-effectiveness of large-scale WEC […]
Ocean Power Technologies, Inc. (OPT) today announced financial results for its Fiscal 2014 first quarter ended July 31, 2013. Highlights The Company's net loss for first quarter of Fiscal 2014 declined to $3.8 million from $4.4 million in the first quarter of Fiscal 2013. OPT also recently announced the following developments: — Deployment of the […]
Ocean Power Technologies, Inc. ("OPT" or "the Company") announced that it has won a $1.0 million funding award from the U.S. Department of Energy ("DOE") to enhance the commercial viability of its PowerBuoy® wave-energy systems through mechanical component design changes to maximize power-to-weight output ratios and reduce overall installed capital costs. Under the award the […]
Nordic marine energy technology leader Minesto has developed a simulator to aid the development of its Deep Green marine power plant. Deep Green is the only marine power plant that is able to cost efficiently produce electricity from low velocity tidal and ocean currents. The simulator has been developed in-house by Minesto's own research and […]
Unmanned Aerial Vehicles (UAVs) are available in all sizes and are applied to various fields of services including aerial mapping, surveying, security, inspections, etc. When it comes to the wind energy market the UAVs or drones are already being used for blade inspections on land based turbines. The idea has been picked up by a few companies to apply the […]