The diagram illustrates information about the production of hydro-electric power.
Overall, there are 12 stages in the process, beginning with sun shines and culminating in energy supply for houses.
In the beginning, sunlight hits water sources, as a result, evaporated water to the atmosphere turns to the rain and fills the reservoir with water again. There is a dam in the reservoir that prevents water from flowing down. Following this, water goes through the opening and closing valve and arrives to the turbine. This stage is divided into two parts. Flowing water from the turbine reachs to the pump and goes back to the reservoir, where water circulates continuously.
In the next stage, water in the turbine turns into the energy, following this, generated energy goes through the high voltage cables to the transformers, then, to the transformer station. Finally, energy is provided via underground cables for the hospitals, schools, houses.
The diagram illustrates information about the production of hydro-electric power.
Overall
, there are 12 stages in the process, beginning with sun shines and culminating in
energy
supply for
houses
.
In the beginning, sunlight hits
water
sources,
as a result
, evaporated
water
to the atmosphere turns to the rain and fills the reservoir with
water
again. There is a dam in the reservoir that
prevents
water
from flowing down. Following this,
water
goes through the opening and closing valve and arrives to the turbine. This stage
is divided
into two parts. Flowing
water
from the turbine
reachs
to the pump and goes back to the reservoir, where
water
circulates
continuously
.
In the
next
stage,
water
in the turbine turns into the
energy
, following this, generated
energy
goes through the high voltage cables to the transformers, then, to the transformer station.
Finally
,
energy
is provided
via underground cables for the hospitals, schools,
houses
.