An interim reference design for the NEL Oscillating Water Column has been developed to the stage where construction in reinforced concrete or structural steelwork is practicable, using existing or developed technology. This is described together with a philosophy for operation and maintenance. Lithgows Limited, Port Glasgow, contributed the study of the construction of the reference design in steel
© 2016 IEEE. Wave Energy Converters (WECs) are being developed as a viable green energy solution to ...
This paper outlines the process by which a wave energy converter (WEC) is matched to its deployment ...
The energy of sea waves can be absorbed by wave energy converters in a variety of manners, but in ev...
During the development of the second Interim Reference Design for the National Engineering Laborator...
The feasibility of a bottom standing oscillating water column wave energy device is studied. Several...
The work programme carried out into the development of the oscillating water column from the basic c...
The original report dated May 1979 has been revised to take account of newly available data. Output ...
This report outlines the requirement for permanent rock anchors to stabilise Breakwater Devices, dis...
Wave energy as a means of generating electricity has been the focus of study in the UK for over thir...
Presently, energy production is the one of the many causes of environmental problems. In view of thi...
This report describes the optimisation of the power conversion chain and the engineering design cons...
WAVE ENERGY Sectors: Costs Data Collection Devices: Articulated Devices, Submerged Cylinder, Flexibl...
Wave energy, in common with other renewable energy sources, is a diffuse resource. Its exploitation ...
The period covered by this report (July 1979 to May 1980) has seen the emergence of two new devices,...
A study of the development of wave power was undertaken by the National Engineering Laboratory for t...
© 2016 IEEE. Wave Energy Converters (WECs) are being developed as a viable green energy solution to ...
This paper outlines the process by which a wave energy converter (WEC) is matched to its deployment ...
The energy of sea waves can be absorbed by wave energy converters in a variety of manners, but in ev...
During the development of the second Interim Reference Design for the National Engineering Laborator...
The feasibility of a bottom standing oscillating water column wave energy device is studied. Several...
The work programme carried out into the development of the oscillating water column from the basic c...
The original report dated May 1979 has been revised to take account of newly available data. Output ...
This report outlines the requirement for permanent rock anchors to stabilise Breakwater Devices, dis...
Wave energy as a means of generating electricity has been the focus of study in the UK for over thir...
Presently, energy production is the one of the many causes of environmental problems. In view of thi...
This report describes the optimisation of the power conversion chain and the engineering design cons...
WAVE ENERGY Sectors: Costs Data Collection Devices: Articulated Devices, Submerged Cylinder, Flexibl...
Wave energy, in common with other renewable energy sources, is a diffuse resource. Its exploitation ...
The period covered by this report (July 1979 to May 1980) has seen the emergence of two new devices,...
A study of the development of wave power was undertaken by the National Engineering Laboratory for t...
© 2016 IEEE. Wave Energy Converters (WECs) are being developed as a viable green energy solution to ...
This paper outlines the process by which a wave energy converter (WEC) is matched to its deployment ...
The energy of sea waves can be absorbed by wave energy converters in a variety of manners, but in ev...