The chart given depicts the steps required generate electricity using water.
Overall, throughout the process there are some key aspects that are vital in order to produce energy. These are: evaporation from the sea and condensation of water, which is then sent into a turbine to help make the electricity for its later distribution.
The first step in such process would be the natural cycle of evaporation and turning water to raindrops. The liquid is then stored in reservoirs designed to hold it with the help of a dam. The following procedure would be the transportation of water by opening and closing a special valve, which is connected to a turbine. This device then is able to generate electrical energy and pass it on to the high voltage cables. Simultaneously, the used H2O follows from the turbine to a pump, making its way back to the original reservoir for further exploitation. When the electricity reaches a transformer station it is distributed through underground cables. It can be put to service in private houses or a variety of industrial buildings, such as factories and multi-purpose plants. Moreover, a number of public buildings like schools or hospitals are powered by this particular energy.
