The work reported here is part of the contract agreement between the FinaveraRenewables Ocean Energy Ltd. and the Department of Civil Engineering Hydraulics and Coastal Engineering Laboratory to instrument a model in scale 1:10 to prototype of the AquaBuOY (AB) wave energy converter and to analyse its performances in real sea testing in Nissum Bredning, Denmark. This report is part of Fineveras contribution to ForskEl project no 6435 “AquaBuOY skala 1:10 forsøg I Nissum Bredning”
Coastal areas are vital economic hubs already affected by erosion, flood risk and long-term habitat ...
Waves, just like wind and solar radiation, is a widely available renewable energy source. Waves are ...
Ocean wave energy is a renewable energy that is abundant on Earth. It is a concentrated form of sola...
This paper describes development of the mathematical model simulating ocean performance of an offsho...
The objective of this report is to provide guidelines for the instrumentation of a model in scale 1:...
The Wave Dragon is an offshore wave energy converter of the overtopping type. It consists of two wav...
In March 2006 the prototype Wave Dragon has been redeployed to a more energetic site in Nissum Bredn...
Ocean waves provide a sustainable, power-dense, predictable and widely available source of energy th...
This paper presents developments of the Wave Dragon, a large offshore wave energy converter. A proto...
This report details the design, development, fabrication, implementation and testing of a custom des...
This report presents the results of an experimental study of the wave energy converting abilities of...
Wave Dragon is a wave energy converter of the overtopping type. The device has been thoroughly teste...
It is not a coincidence that over half the world‟s population live in coastal areas using the sea as...
Wave Dragon is a wave energy converter of the overtopping type and is described e.g. in Tedd et. al....
In view of a potential design of a 2 kW small scale prototype of a wave energy converter named Seabr...
Coastal areas are vital economic hubs already affected by erosion, flood risk and long-term habitat ...
Waves, just like wind and solar radiation, is a widely available renewable energy source. Waves are ...
Ocean wave energy is a renewable energy that is abundant on Earth. It is a concentrated form of sola...
This paper describes development of the mathematical model simulating ocean performance of an offsho...
The objective of this report is to provide guidelines for the instrumentation of a model in scale 1:...
The Wave Dragon is an offshore wave energy converter of the overtopping type. It consists of two wav...
In March 2006 the prototype Wave Dragon has been redeployed to a more energetic site in Nissum Bredn...
Ocean waves provide a sustainable, power-dense, predictable and widely available source of energy th...
This paper presents developments of the Wave Dragon, a large offshore wave energy converter. A proto...
This report details the design, development, fabrication, implementation and testing of a custom des...
This report presents the results of an experimental study of the wave energy converting abilities of...
Wave Dragon is a wave energy converter of the overtopping type. The device has been thoroughly teste...
It is not a coincidence that over half the world‟s population live in coastal areas using the sea as...
Wave Dragon is a wave energy converter of the overtopping type and is described e.g. in Tedd et. al....
In view of a potential design of a 2 kW small scale prototype of a wave energy converter named Seabr...
Coastal areas are vital economic hubs already affected by erosion, flood risk and long-term habitat ...
Waves, just like wind and solar radiation, is a widely available renewable energy source. Waves are ...
Ocean wave energy is a renewable energy that is abundant on Earth. It is a concentrated form of sola...