This paper presents the results from experimental validation of numerical simulation of a concept wave energy converter for low amplitude sea waves. The device was conceived to contain a wave amplifying device (WAD) to magnify the wave height of incident waves while point absorber buoy(s) efficiently harness the wave energy for electricity production. The validation results show that the optimum aperture angle for the WAD is 45±2 degree, and wave height magnification of 170% is possible. The optimal buoy shape for the device was confirmed as concave wedge buoy. The combination of the two in a single device shall make economical the harnessing of low amplitude waves
Abstract: The research explained in this paper was carried out to analyze and design a point absorbe...
Ocean waves provide a sustainable, power-dense, predictable and widely available source of energy th...
Since the awareness that the conventional energy sources will run short, the use of various renewabl...
This paper presents the results from experimental validation of numerical simulation of a concept wa...
Ocean energy represented by waves is considered as a one of the renewable energy sources. This study...
International audience– The potential of electric power generation from marine renewable energy is e...
Abstract. The wave energy is one of promising resource for generating electricity in this country. A...
AbstractEnergy from ocean waves remains largely an untapped resource. This is also highly consistent...
Our invention Wave Energy Converter: New Concept of Low-Cost Wave Energy Converter is a Ocean waves ...
This report details the design, development, fabrication, implementation and testing of a custom des...
Ocean wave energy contains the largest energy density amongst all renewable energy. In Malaysia, the...
A point absorber is a floating structure with components that move relative to each other due to wav...
Waves, just like wind and solar radiation, is a widely available renewable energy source. Waves are ...
The Earth is also called the blue planet, because more than 70 % of its surface is covered by water,...
This abstract contains information relevant to the use of wave information for naval operations, edu...
Abstract: The research explained in this paper was carried out to analyze and design a point absorbe...
Ocean waves provide a sustainable, power-dense, predictable and widely available source of energy th...
Since the awareness that the conventional energy sources will run short, the use of various renewabl...
This paper presents the results from experimental validation of numerical simulation of a concept wa...
Ocean energy represented by waves is considered as a one of the renewable energy sources. This study...
International audience– The potential of electric power generation from marine renewable energy is e...
Abstract. The wave energy is one of promising resource for generating electricity in this country. A...
AbstractEnergy from ocean waves remains largely an untapped resource. This is also highly consistent...
Our invention Wave Energy Converter: New Concept of Low-Cost Wave Energy Converter is a Ocean waves ...
This report details the design, development, fabrication, implementation and testing of a custom des...
Ocean wave energy contains the largest energy density amongst all renewable energy. In Malaysia, the...
A point absorber is a floating structure with components that move relative to each other due to wav...
Waves, just like wind and solar radiation, is a widely available renewable energy source. Waves are ...
The Earth is also called the blue planet, because more than 70 % of its surface is covered by water,...
This abstract contains information relevant to the use of wave information for naval operations, edu...
Abstract: The research explained in this paper was carried out to analyze and design a point absorbe...
Ocean waves provide a sustainable, power-dense, predictable and widely available source of energy th...
Since the awareness that the conventional energy sources will run short, the use of various renewabl...