The diagram highlights the process by which hydro-electric power is generated.
Overall, the process include a lots of stages, beginning with the evaporation of sea water which go though sophisticated steps to manufacture hydro-electricity for usage.
The first step is that the sea water is evaporated by the sun heat, which transforms clouds. As soon as clouds are heavy enough, water drops out of the cloud, which create rain. The amount of rainfall is stored in a reservoir and then it is blocked by a huge dam. The next step is that the water flows rapidly through a valve that can be opened or closed to a turbine to create power. Whereas, the remain water is transferred to a pump and then it is returned to the reservoir for the next use.
After that, energy from high voltage cables is transferred to transformer station where the electricity is delivered to hospitals, schools, factories and houses by underground cables.
The diagram highlights the process by which hydro-electric power
is generated
.
Overall
, the process include
a lots
of stages, beginning with the evaporation of sea
water
which go
though
sophisticated steps to manufacture hydro-electricity for usage.
The
first
step is that the sea
water
is evaporated
by the sun heat, which transforms clouds. As
soon
as clouds are heavy
enough
,
water
drops out of the cloud, which create rain. The amount of rainfall
is stored
in a
reservoir and
then it
is blocked
by a huge dam. The
next
step is that the
water
flows
rapidly
through a valve that can
be opened
or closed to a turbine to create power. Whereas,
the remain
water
is transferred
to a
pump and
then it
is returned
to the reservoir for the
next
use
.
After that, energy from high voltage cables
is transferred
to transformer station where the electricity
is delivered
to hospitals, schools, factories and
houses
by underground cables.