The diagram illustrates the production of drinking water using solar power. Overall, the process involves various stages, beginning with solar absorption and electricity conversion, and concluding with water filtration and finished products.
Initially, a solar panel absorbs sunlight and channels it to a converter. The machine then converts the solar power into electricity, which—via a cable extended to an underground well—powers the pump at the bottom of the well to transfer the water to a water tank. The tank is placed on a wooden platform, thereby utilizing gravitational forces of the height to efficiently pump water to designated places.
The process continues as the water is filtered in the water tank, reducing impurities—thus yielding drinking water. Subsequently, the resulting pure water travels through a pipe, which is connected to a tap in the middle—enabling on-demand water usage—and a movable container at the end—allowing the storage of a larger volume of water.
Essentially, the process involves both natural and man-made inputs: while solar energy, water, and gravity are essential components, machinery like the converter and the filtration system is central to energy conversion and drinkable water production.