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Modeling and simulation of generators by finite element method to generate electricity from sea waves
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Abdul Karim Afroozeh *1   , Reza Yazdanpanah2 |
1- University of Larestan, Department of Physics, Lar, Iran , afroozeh@lar.ac.ir
2- University of Larestan, Department of Electrical Engineering, Lar, Iran |
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Abstract: (64 Views) |
Coasts and harbors can be considered huge sources of energy, which can be seen in the form of waves, tides and constant surface or underwater currents, due to the temperature difference between different points. Energy production in this way does not involve pollution. These power plants can generate energy throughout the year. In this study, finite element method has been used to model the generator as one of the most accurate simulation methods for the desired calculations, which can be used on shores, ports and ship hulls, and the oscillating movements of water waves can be easily converted into energy. Lightning. In this paper, the mechanism of this type of generator is modeled and simulated. The simulation results showed that the implementation and construction of these generators have good efficiency and high economic efficiency. Reliable simulation tools are essential for studying the performance and viability of wave energy devices, as experiments are both costly and difficult. In particular, the ability to survive in nonlinear waves is one of the biggest challenges to wave energy, and since waveforms and dynamics are highly dependent on the model, each device must be studied separately with approved instruments. To take. In this study, the design of the generator including rotor, stator and wiring will be fully investigated. For this purpose, first the mathematical relations related to the generator are stated and at the end, the analytical design of a generator example will be examined. In this study, the finite element method has been used as one of the most accurate simulation methods for the calculations. |
Article number: 5 |
| Keywords: Renewable energy, Sea waves, Wave energy |
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Full-Text [PDF 1022 kb]
(41 Downloads)
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Type of Study: Research |
Subject:
Special
Received: 2022/05/8 | Accepted: 2022/08/25 | Published: 2022/12/22
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