Imaginary Perpetual Electricity Source

First is to setup a solarcell farm and water desalination complices. The solarcell farm will tap and store power from the sun. The desalination complex will produce pure water necessary for the next step.

Second is to build a water separation plant which can separate water into hydrogen and oxygen.

Third is to build hydrogen burning furnace that will generate heat that will be used to tranform water into steam.

Fourth is to build a steam-driven electric generating turbine that will be produce electricity that will be consumed by the masses.

The pure water produced by desalination plant will feed the hydrogen and oxygen producing plant. The power to run the H2-02 plant is supplied from the solarcell farm. So is the power to run the solarcell farm.

The H2-02 generated will then be supplied to the hydrogen burning furnace, creating heat that will be used to overheat water supplied from the desalination plant. The resulting water from the furnace will be supplied to water storage tank that will be supplying the water desalination plant.

The steam that has passed the turbines will be passed into a heat exchanger that will help pre-heating the water coming from desalination plant. The cooled water will be supplied to water storage tank.

The electricity generated will be used to feed a part of power needed to run desalination plant and H2-02 producing plant.

H2-02 producing plant will not be running as hard as the initial run because of the recycled heat supplied by post-turbine steam.

The solarcell farm could become idle once the whole water-system is running smoothly. It would act as a backup power center if such an efficiency in part of the water-system can be achieved!