The paper introduces the important developments of Wave Energy Converters (WECs) in the UK, and the generic anchor types for WECs and similar structures. Several WECs and their characteristics are introduced to explain the development direction. The anchors are discussed in relation to the behaviour and performance of WECs, and comparisons are made with similar aspects of the offshore industry. Typical and desirable features of anchors for WECs are summarized. Additionally, expectations and research suggestions for WECs and their anchor design are presented
Most of the ocean energy technologies are considered to be in a pre-commercial phase and need techni...
Ocean waves contain huge amounts of energy which almost haven’t been exploited up to now. Along the ...
Mathematical analysis is an essential tool for the successful development and operation of wave ener...
This Handbook for Ocean Wave Energy aims at providing a guide into the field of ocean wave energy uti...
The principles of systems engineering are applied in order to establish the requirements formooring ...
This report establishes an industry knowledge base for existing anchoring and mooring techniques as ...
Wave energy is one among several resources of renewable energy which needs to be utilized in the fut...
In this paper, a review is conducted of the suitability of available anchoring technologies for floa...
The wave energy industry has had difficulty maintaining the rate of progress seen during the mid-por...
Since 2008, Seabased Industry AB (SIAB) has manufactured and deployed several units of wave energy c...
Mooring systems are required to keep floating wave energy converters (WECs) on station. The mooring ...
The thesis elaborates on the necessary steps and on the different difficulties that appear during th...
Ocean waves are a huge, largely untapped energy resource, and the potential for extracting energy fr...
This paper describes one of the innovative wave energy converters under development by the Lancaster...
Ocean and sea waves contain a lot of unexploited energy. This energy can be absorbed by wave energy ...
Most of the ocean energy technologies are considered to be in a pre-commercial phase and need techni...
Ocean waves contain huge amounts of energy which almost haven’t been exploited up to now. Along the ...
Mathematical analysis is an essential tool for the successful development and operation of wave ener...
This Handbook for Ocean Wave Energy aims at providing a guide into the field of ocean wave energy uti...
The principles of systems engineering are applied in order to establish the requirements formooring ...
This report establishes an industry knowledge base for existing anchoring and mooring techniques as ...
Wave energy is one among several resources of renewable energy which needs to be utilized in the fut...
In this paper, a review is conducted of the suitability of available anchoring technologies for floa...
The wave energy industry has had difficulty maintaining the rate of progress seen during the mid-por...
Since 2008, Seabased Industry AB (SIAB) has manufactured and deployed several units of wave energy c...
Mooring systems are required to keep floating wave energy converters (WECs) on station. The mooring ...
The thesis elaborates on the necessary steps and on the different difficulties that appear during th...
Ocean waves are a huge, largely untapped energy resource, and the potential for extracting energy fr...
This paper describes one of the innovative wave energy converters under development by the Lancaster...
Ocean and sea waves contain a lot of unexploited energy. This energy can be absorbed by wave energy ...
Most of the ocean energy technologies are considered to be in a pre-commercial phase and need techni...
Ocean waves contain huge amounts of energy which almost haven’t been exploited up to now. Along the ...
Mathematical analysis is an essential tool for the successful development and operation of wave ener...