The process illustrates the generating electricity using water in a hydroelectric plant.
According to the given diagram, the process begins with the water flow collected in a reservoir using a sluice gate and passed through an intake structure onto a dam. After that, water is falling into a dam and flows down through a sluice gate to a turbine. In the second stage, falling water is flowing at high speed to flow onto the turbine, which is spinning. Turbine connected to a generator, which converts spin energy to current. The power is measured into the voltage. All the processes are done in the power plant.
The final stage is voltage delivered to all places via a transformer, which is connected to the transmission line. The transformer used to reduce the voltage is approximately 220-240 V.
Overall, this is a fluent process that can start with trapping water and end with the generating voltage using a hydroelectric plant, and after that, transfer current to each destination.
The
process
illustrates the generating electricity using
water
in a hydroelectric plant.
According to the
given
diagram, the
process
begins
with the
water
flow collected in a reservoir using a sluice gate and passed through an intake structure onto a dam. After that,
water
is falling into a dam and flows down through a sluice gate to a turbine. In the second stage, falling
water
is flowing at high speed to flow onto the turbine, which is spinning. Turbine connected to a generator, which converts spin energy to
current
. The power
is measured
into the
voltage
. All the
processes
are done
in the power plant.
The final stage is
voltage
delivered to all places via a transformer, which
is connected
to the transmission line. The transformer
used
to
reduce
the
voltage
is approximately 220-240 V.
Overall
, this is a fluent
process
that can
start
with trapping
water
and
end
with the generating
voltage
using a hydroelectric plant, and after that, transfer
current
to each destination.