DANWEC will enable wave energy developers located at Hanstholm to share resources, in order to encrease the rate of development of their devices while reducing costs. Hanstholm is located on the north west coast of Denmark; the location of the buoy is shown in figur 1. The website that this document describes will allow developers to access the processed data from the buoy located near Hanstholm, data from the weather station at Hanstholm harbour and the water level in the harbour. As wave energy devices are dependent on the sea condition, the wave parameters are necessary for characterizing the device, in order to determine its performance in situ and at other locations and scales
2Over the years wave energy has gradually been brought into focus, as it has become clear that the f...
This report is a product of the co-operation agreement between Aalborg University and LEANCON (by Ku...
This Wave Energy Technology Roadmap is developed by the Partnership for Wave Power including nine Da...
The Danish Wave Energy Centre (DanWEC) has been established in 2009 because of participated desire t...
The Danish Wave Energy Centre (DanWEC) has been established in 2009 because of participated desire t...
This paper aims at giving an overview of the developments researchers at the Department of Civil Eng...
The Danish Wave Energy Center (DanWEC) is placed at Hanstholm in the North Sea. DanWEC was formally ...
M. Sc. graduate report in Civil EngineeringM. Sc. Graduate Report in Civil Engineerin
The wave energy sector is in need of showing positive experience from the real sea trial in order to...
This project covers two fields of study:a) Wave energy predictability and electricity markets.b) Var...
The first Wave Dragon prototype power production testing started May 2003 and ended temporarily prim...
This report presents the results of a study of the wave conditions at the planned location of the pr...
The Wave Dragon is a 4 to 11 MW offshore wave energy converter of the overtopping type. It basically...
This report presents the results of a continuation of an experimental study of the wave energy conve...
This paper concerns with the development of the wave energy converter (WEC) Wave Dragon. This WEC is...
2Over the years wave energy has gradually been brought into focus, as it has become clear that the f...
This report is a product of the co-operation agreement between Aalborg University and LEANCON (by Ku...
This Wave Energy Technology Roadmap is developed by the Partnership for Wave Power including nine Da...
The Danish Wave Energy Centre (DanWEC) has been established in 2009 because of participated desire t...
The Danish Wave Energy Centre (DanWEC) has been established in 2009 because of participated desire t...
This paper aims at giving an overview of the developments researchers at the Department of Civil Eng...
The Danish Wave Energy Center (DanWEC) is placed at Hanstholm in the North Sea. DanWEC was formally ...
M. Sc. graduate report in Civil EngineeringM. Sc. Graduate Report in Civil Engineerin
The wave energy sector is in need of showing positive experience from the real sea trial in order to...
This project covers two fields of study:a) Wave energy predictability and electricity markets.b) Var...
The first Wave Dragon prototype power production testing started May 2003 and ended temporarily prim...
This report presents the results of a study of the wave conditions at the planned location of the pr...
The Wave Dragon is a 4 to 11 MW offshore wave energy converter of the overtopping type. It basically...
This report presents the results of a continuation of an experimental study of the wave energy conve...
This paper concerns with the development of the wave energy converter (WEC) Wave Dragon. This WEC is...
2Over the years wave energy has gradually been brought into focus, as it has become clear that the f...
This report is a product of the co-operation agreement between Aalborg University and LEANCON (by Ku...
This Wave Energy Technology Roadmap is developed by the Partnership for Wave Power including nine Da...