The graphs indicate the working mechanism of wave-energy epuipment and its possible locations based on the amount of energy wanted. The distance of installations from shore have effects on both costs and output amounts produced by them.
The wave-ebergy machine have various parts including turbine, chambers, and electricity generator. The input gate of water located beneath the structure. Water passes through the chambers and the mechanical energy created by air flow made the turbin to circulate, while it starts to spinning, the mechanical energy created by air flow turn into electricity bu electricity generator.
They are some available options to stablish a wave-energy appurtenance. There are differences on costs and generated energy based on the distance from shore. Near the shore, where waves are small, low energy will be generated and its also is the cheaper option. In contrary, as far distant as possible, There will be lage waves, which lead to generate more energy and off course it is more costly.
To sum up, wave-energy machinenary can be installed in near shore with less budget and if high energy is wanted, there will be more expensive option nad distance is more from coast.