2014Energy ProcediaOpen access

Heave Buoy Energy Converters; Simulation of Heave Buoy Response to Wave in Malaysian Water

Mohamad Abu Ubaidah Amir, Rina Mohd Sharip, Wan Baderul Hisan Wan Muda, Mohd Afizi Mohd Shukran, Hardy Azmir Anuar, Omar Zakaria

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Abstract

Wave energy converter (WEC) designs are always discussed in order to find an optimum design to generate power. The power output from wave energy converters may be increase by controlling the oscillation in order to approach an optimum interaction between the WEC and the incident wave. However, in order to control the oscillation of the heave buoy, the wave profile and the device's response must be examined and fully understood. Analysis carried out by study heave buoys response on Malaysian water using MathCAD software. The results shows that the heave buoy give a good heave response with regards of the wave phase. In this particular area, it is estimated that the wave force can produce as much as 4x105 kW/m. From the response, the strategies to optimize power output can be proposed in order to maximize the active power to generate an optimum power output.

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What this paper is about

Wave energy converter (WEC) designs are always discussed in order to find an optimum design to generate power. The power output from wave energy converters may be increase by controlling the oscillation in order to approach an optimum interaction between the WEC and the incident wave. However, in order to control the oscillation of the heave buoy, the wave profile and the device's response must be examined and fully understood. Analysis carried out by study heave buoys response on Malaysian water using MathCAD software. The results shows that the heave buoy give a good heave response with regards of the wave phase. In this particular area, it is estimated that the wave force can produce as much as 4x105 kW/m. From the response, the strategies to optimize power output can be proposed in order to maximize the active power to generate an optimum power output.

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Available abstract

Wave energy converter (WEC) designs are always discussed in order to find an optimum design to generate power. The power output from wave energy converters may be increase by controlling the oscillation in order to approach an optimum interaction between the WEC and the incident wave. However, in order to control the oscillation of the heave buoy, the wave profile and the device's response must be examined and fully understood. Analysis carried out by study heave buoys response on Malaysian water using MathCAD software. The results shows that the heave buoy give a good heave response with regards of the wave phase. In this particular area, it is estimated that the wave force can produce as much as 4x105 kW/m. From the response, the strategies to optimize power output can be proposed in order to maximize the active power to generate an optimum power output.

Key concepts: Buoy, Wave energy converter, Marine engineering, Converters, Environmental science, Engineering, Energy (signal processing), Electrical engineering

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