The process diagram illustrates how electrical power is produced through hydro-electric power generation using the sea water to sending electricity to be used in buildings. Overall, the evaporation of sea water forms rain cloud and returns to land as rain, which is accumulated in a reservoir. The water is then released to spin the turbine in order to produce electricity , which is is later sent for use through a transformer station.
Initially, the sun heats the sea surface, leading to water evaporation. Rain clouds are then formed and are then brought by the wind while passing the mountains and going to the reservoir. The DAM wall is connected to a valve which can be open and closed. To produce electricity, valve is opened to allow water to flow down, spinning the blade attached to the turbine. The electricity is converted from the mechanical rotation with a generator. The water used in the turbine is later passed to the pump section, where the water is pumped back to the reservoir. On the other hand, the process will stop when the valve is shut.
The electricity produced in the turbine is then moved with a cable to a tall tower. The high voltage cable then allows electricity from the first tower to flow to the second tower, before moving to the transformer station. Once the electricity reaches the transformer station, it is ready to be delivered to houses and buildings with the use of the underground cables.