The following figure illustrates how a hydroelectric power station produces a power using a fallen water under the high pressure.
Hydroelectric power stations ought to be constructed downstream revies, especially in areas with wide cross-sections like lakes. To contain the water in that reservoir dam must be built. This massive concrete structure uses as a barrier to save the water with high level behind it. During the day, intakes in the lower part of dam open to allow the water to fall by the gravity, that makes fan connected to generator flip to generate the power which it accessed to the national network.
On the other hand, during evening, water flows in the opposite direction (upstream). Pumps are used to push the water from the low-level reservoir to the high-level reservoir through the intake.
In conclusion, water moves in two different directions everyday. During day, water flows downstream to generate the energy, while it moves upstream using pump along the night to keep the water in high level.
The following figure illustrates how a hydroelectric
power
station produces a
power
using a fallen
water
under the high pressure.
Hydroelectric
power
stations ought to
be constructed
downstream
revies
,
especially
in areas with wide cross-sections like lakes. To contain the
water
in that reservoir dam
must
be built
. This massive concrete structure
uses
as a barrier to save the
water
with high level behind it. During the day, intakes in the lower part of dam open to
allow
the
water
to fall by the gravity, that
makes
fan connected to generator flip to generate the
power
which it accessed to the national network.
On the other hand
, during evening,
water
flows in the opposite direction (upstream). Pumps are
used
to push the
water
from the low-level reservoir to the high-level reservoir through the intake.
In conclusion
,
water
moves
in two
different
directions
everyday
. During day,
water
flows downstream to generate the energy, while it
moves
upstream using pump along the night to
keep
the
water
in high level.