The diagram provides a process f the stages in generating electricity from the movement of water. This process begins with the natural water cycle and ends with power being provided to buildings. To begin with, solar energy heats the ocean's water, causing it to evaporate. When it is the time rain, the water will eventually drop down from the clouds and ends up into a reservoir. The water in this area with a dam, which has a valve that allows it to be opened and closed. When the valve is opened, the water flows down the hill and spins the turbine and producing power. At this moment the majority of the power is being sent through high-voltage cables and to a transformer station. From that transformer station, the electricity is sent to various places where it is needed. Another thing to bear in mind is that after the water has passed through the turbine, it is being pushed back into the reservoir using the extra power, therefore the water can be used to spin the turbines and generate again.
The diagram provides a process f the stages in generating electricity from the movement of
water
. This process
begins
with the natural
water
cycle and ends with
power
being provided
to buildings. To
begin
with, solar energy heats the ocean's
water
, causing it to evaporate. When it is the time rain, the
water
will
eventually
drop down
from the clouds and ends up into a reservoir. The
water
in this area with a dam, which has a valve that
allows
it to
be opened
and closed. When the valve
is opened
, the
water
flows down the hill and spins the turbine and producing
power
. At this moment the majority of the
power
is being
sent
through high-voltage cables and to a transformer station. From that transformer station, the electricity is
sent
to various places where it
is needed
. Another thing to bear in mind is that after the
water
has passed through the turbine, it is
being pushed
back into the reservoir using the extra
power
,
therefore
the
water
can be
used
to spin the turbines and generate again.