The given pictorial illustration depicts the process of electricity generation in the hydroelectric station.
To commence with, it is a two-way process. In the day time, a large amount of stored water flows from a high-level reservoir supported by a dam towards the power station where reversible turbines are situated. These turbines force water to the low-level reservoir in order to generate electricity then with the help of the power cables, produced electricity supplied to the national grid.
On the flip side, the used water which is collected in the low-level reservoir sent back to the high-level reservoir by the reversible turbines. The dam is open in the day time and closed at night time. All in all, the complete process includes two dams, a generator, reversible turbines and power lines. , but the reversible turbines play a major role in power production. As they operate generator in day time and pump water back to the high-lever reservoir in the night time.
The
given
pictorial illustration depicts the process of electricity generation in the hydroelectric station.
To commence with, it is a two-way process. In the day
time
, a large amount of stored
water
flows from a high-level
reservoir
supported by a dam towards the
power
station where
reversible
turbines
are situated
. These
turbines
force
water
to the low-level
reservoir
in order to generate electricity then with the
help
of the
power
cables, produced electricity supplied to the national grid.
On the flip side, the
used
water
which
is collected
in the low-level
reservoir
sent
back to the high-level
reservoir
by the
reversible
turbines
. The dam is open in the day
time
and closed at night
time
. All in all, the complete process includes two dams, a generator,
reversible
turbines
and
power
lines.
,
but
the
reversible
turbines
play a major role in
power
production. As they operate generator in day
time
and pump
water
back to the high-lever
reservoir
in the night
time
.