The given diagram represents the hydroelectric power station process to make the electricity.
Overall, it is noticeable that the procedure starts with water from the river flow into the dam and culmination with a transfer of energy to a national grid. Moreover, the entire action includes 6 steps. On the contrary, day and night process are opposite trend to each other.
Focusing on a day shift, the action starts with the river flows in the high-level reservoir dam. Then, an intake gate opens during the day, which allows water to flow and generate electricity in the power station. The water makes a turbine to operate a generator. Consequently, the electricity transfer to the power line and goes to the national grid.
Turning to a night process, reversible turbines pump water from a low-level reservoir into a high-level reservoir. The water pumping upward to the intake gate, which closed at night time. In addition, the trend of night and day are opposite from each other and repeat the same pattern each day.
The
given
diagram represents the hydroelectric power station process to
make
the electricity.
Overall
, it is noticeable that the procedure
starts
with
water
from the river flow into the dam and culmination with a transfer of energy to a national grid.
Moreover
, the entire action includes 6 steps.
On the contrary
, day and
night
process are opposite trend to each other.
Focusing on a day shift, the action
starts
with the river flows in the high-level reservoir dam. Then, an intake gate opens during the day, which
allows
water
to flow and generate electricity in the power station. The
water
makes
a turbine to operate a generator.
Consequently
, the electricity transfer to the power line and goes to the national grid.
Turning to a
night
process, reversible turbines pump
water
from a low-level reservoir into a high-level reservoir. The
water
pumping upward to the intake gate, which closed at
night time
.
In addition
, the trend of
night
and day are
opposite from each
other and repeat the same pattern each day.