Kymaner’s bi-radial air turbine has operated at full power of 30kW on its first day of testing at Mutriku wave power plant.
Swansea University has opened a call for applications for a studentship that will investigate marine biofouling and corrosion on the materials to be used for the Swansea Bay tidal lagoon project.
The Policy and Innovation Group of the Institute for Energy Systems at the University of Edinburgh is seeking to appoint research associate who will participate in a number of marine energy projects.
Wave Hub is expanding its operations in Wales to support the development of the Pembrokeshire wave energy site which will be led by the newly appointed Madeline Cowley.
Minesto has hired a UK-based manufacturer of power control systems MJR Power & Automation to supply it with the micro grid system that will be used for Deep Green tidal power plant.
Minesto has reported an increase in revenue of around 80% for the first quarter of 2017, compared to the same period a year before.
Tidal Energy Today has compiled the top news from tidal and wave energy industry from May 15 – 21, 2017.
The developers of the MeyGen tidal array project have summarized the lessons learned during the project’s Phase 1A in a report for the Department for Business Energy and Industrial Strategy (BEIS).
Swedish energy company Vattenfall and Danish consultancy C2Wind have signed a two-year framework agreement covering design inputs for Vattenfall’s offshore wind projects.
The C-Gen Neptune generator for wave energy applications is making progress towards demonstration in real ocean environment, after the project received £2.5 million from Wave Energy Scotland.
MacArtney has won a contract to deliver electrical cable winches which will pull array cables and export cables from the seabed onto the substation decks of DONG Energy’s 1.2GW Hornsea Project One wind farm off the Yorkshire coast.
The WEC-Sim development team has released the recordings of the recently held wave energy modeling webinar, and announced another one for the next week.
A Norwegian technology company, Blueye Robotics, has developed an underwater drone that allows offshore wind companies to perform inspection of underwater structures and power cables without the need for divers or remotely operated vehicles.
A Norwegian technology company, Blueye Robotics, has developed an underwater drone that allows offshore wind companies to perform inspection of underwater structures and power cables without the need for divers or remotely operated vehicles.
