Offshore wind farms are increasingly proposed for more remote and challenging environments. An example is the four “ScotWind” option sites (N1 – N4) north and west of Scotland. Read more
The offshore wind industry is growing exponentially to meet climate change and energy transition goals. Power is transmitted to shore via cables trenched into the seabed. Read more
The Wind & Marine Energy Systems & Structures (WAMSS) is an EPSRC-funded Centre for Doctoral Training (CDT), led by the University of Strathclyde, working collaboratively with Universities of Oxford and Edinburgh. Read more
Weather affects both electricity supply and demand, for example during still and cold winter days when low supply from wind turbines coincides with high demand for heating. Read more
This is a funded studentship covering a monthly stipend and tuition fees. Floating offshore wind turbines are mounted on floating platforms so that the turbines can operate in water over 165 feet depths. Read more
To reduce the impact of shipping on climate change, the use of wind power has been proven to be successful [1]. With the addition of a new propulsion mechanism [2] comes new challenges in the safety, control, and operation of the ship. Read more
REFERENCE NUMBER. Project Reference Number. SCEBE-22SF-EVHPMDN-Nazir. Please use select the reference number above or refer to the project number if applying via a prospective applicant route. Read more
The production of electric energy from wind technology has experience great advances in the later years. It is estimated that the potential of wind energy in the world is between 20.000 x 106 and 50.000 x 106 MWh/year, whereas the energy consumption is about 15.000 x 106 MWh/year. Read more
There is limited practical industrial experience in installing and operating of floating wind turbines, due to their relative novelty, especially compared to fixed offshore wind turbines. Read more
Wind energy goes at the heart of the battle for reducing greenhouse gases, tackling challenges in energy sector and achieving net-zero emission. With increase in demand for renewable electricity wind turbines grows in size over the years to increase power output of each individual turbines. Read more
Developing Future Leaders in Wind and Marine Renewable Energy Engineering. A new Centre for Doctoral Training (CDT) at the University of Strathclyde will train researchers to PhD level in wind and marine energy. Read more
Developing Future Leaders in Wind and Marine Renewable Energy Engineering. A new Centre for Doctoral Training (CDT) at the University of Strathclyde will train researchers to PhD level in wind and marine energy. Read more
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