The efficient use of renewable resources such as wind and solar energy is essential to ensure a sustainable future for our planet. Fully harnessing these clean energy sources can lead to numerous benefits, such as reducing greenhouse gas emissions, decreasing dependence on fossil fuels, and creating jobs in the renewable energy sector. One way to optimize the use of wind and solar energy could be the implementation of advanced energy storage technologies. These technologies would allow us to store the energy produced during peak wind or sunlight periods and use it when energy demand is higher or when weather conditions are not favorable. In conclusion, improving and increasing the efficiency of resources like wind and solar energy requires a continuous commitment to research, development, and implementation of advanced technologies. This will enable us to fully leverage the potential of renewable energies and create a sustainable future for future generations.

The decrease in non-renewable resources, and global warming problem in the world is increasing the interest and demand for alternative energy sources. In addition to the investments made in renewable energies such as solar and wind in various countries, regions with coasts to oceans or seas also make new investments in wave energy.

In this study, by comparing wave energy with other alternative renewable energy types from various angles, an alternative method is proposed for geographical regions without continuous wave generation, unlike previous studies. The basis of the method is to store the water mass pushed by the wave in a high level when the sea is wavy, and to generate energy by using the potential energy of this water body when it is passed to stagnant weather conditions. It is thought that the method can affect the preference criteria of alternative energy use in buildings.