The given flowchart illustrates the process of generating electricity in a Hydroelectric power station.
Overall, It is evident that Power is generated during the day when water is released from a dam, and then at night, the water is pumped back to the dam.
Firstly, In the morning, water in the river flows to a high-level reservoir with the help of the dam. The water flown will pass to Hydroelectric Power Station with the help of intake. The turbines with the help of this water operates generator in order to supply power to the national grid and in the evening the water flows back to a low-level reservoir.
On the other hand, In the night, by using reversible turbines the water is pumped back from a low-level reservoir to a high-level reservoir through the same intake with the help of a dam and the water remains in a high-level reservoir because the intake is closed at night.
The
given
flowchart illustrates the process of generating electricity in a Hydroelectric
power
station.
Overall
, It is evident that
Power
is generated
during the day when
water
is released
from a dam, and then at night, the
water
is pumped
back to the dam.
Firstly
, In the morning,
water
in the river flows to a high-level
reservoir
with the
help
of the dam. The
water
flown will pass to Hydroelectric
Power
Station with the
help
of intake. The turbines with the
help
of this
water
operates generator in order to supply
power
to the national grid and in the evening the
water
flows back to a low-level reservoir.
On the other hand
, In the night, by using reversible turbines the
water
is pumped
back from a low-level
reservoir
to a high-level
reservoir
through the same intake with the
help
of a dam and the
water
remains in a high-level
reservoir
because
the intake
is closed
at night.