The diagram illustrates the generation of electricity in a hydroelectric power station.
It is clear that water from the reservoir can be used for producing electricity after it has been flown into the generator and changed to power lines.
Initially, the water flows into an intake, which is opened during the day and closed at night, and the reversible turbines through the peustocks. Following this, the generator is then operated by these turbines to generate power lines, which are deliveries to the national grid, whereas, the water comes back to the low-level reservoir from stoiring.
During the night stage, storage water in the low-level reservoir is pumped back through the reversible turbines and the peustocks to go to the high-level artificial lake. This is closed at night time by an intake. Once in the day time, the process is repeated to produce electricity.
The diagram illustrates the generation of electricity in a hydroelectric power station.
It is
clear
that
water
from the reservoir can be
used
for producing electricity after it has
been flown
into the generator and
changed
to power lines.
Initially
, the
water
flows into an intake, which
is opened
during the day and closed at night, and the reversible turbines through the
peustocks
. Following this, the generator is then operated by these turbines to generate power lines, which are deliveries to the national grid, whereas, the
water
comes
back to the low-level reservoir from
stoiring
.
During the night stage, storage
water
in the low-level reservoir
is pumped
back through the reversible turbines and the
peustocks
to go to the high-level artificial lake. This
is closed
at
night time
by an intake. Once in the day time, the process
is repeated
to produce electricity.