Modeling and simulation of electric power generator with sea waves

The oceans are vast resources of dynamic energy, that soon in the form of waves, Tide and surface currents, permanent surface or underwater, due to the temperature difference between various parts. Such resources do not need millions of years to create and be endless. Energy generate in this way have not pollution These plants during the winter can produce the greatest amount of energy, and fortunately such times we need to more energy. One of the types of generators made by scientists for the purpose is a rubber cylinder that is similar to the water Snake and can to produce from the motion of sea waves the inexpensive electrical energy. This device is a wide rubber tube filled with water which is closed at both end and is placed below sea level. The pipes can shape change under the sea and motion in the waves like a flag that move in the wind direction. As a result the wave passes through the cylinder length reaches to end of it. When reaches to this point the effect on turbine of connected to the device and they spin. This move can be easily converted into electrical energy. In this paper, modeling and simulation has been mechanism of this type generating .The simulation results showed that implementation and make this generators have good efficiency and economic advantage of high.

Keywords:

Waves energy , generator simulation , generatormodeling positioning