The diagram shows the process through which water is used to produce electrical power.
Overall, hydroelectric power is generated using water from the sea through a relatively
sophisticated procedure which comprises over ten stages.
The process begins when seawater is heated by the sun and evaporates to form small clouds in
the sky. Next, they merge into a storm cloud, which then rains over the mountain. This rainwater
is gathered in the reservoir behind a dam. The following steps involve a pipe which connects
the reservoir to a turbine as well as a pump, and is controlled using a valve. Once this valve is
opened, water flows into the turbine and rotates it to produce electrical current, following
which it is pumped back into the reservoir. After this, the electricity produced by the turbine is
transferred to the transformer station through high voltage cables. The last stage is when the
electrical power is delivered to domestic and industrial consumers, as well as educational and
medical facilities.
The diagram
shows
the process through which water is
used
to produce electrical power.
Overall
, hydroelectric power
is generated
using water from the sea through a
relatively
sophisticated procedure which comprises over ten stages.
The process
begins
when seawater
is heated
by the sun and evaporates to form
small
clouds in
the sky.
Next
, they merge into a storm cloud, which then rains over the mountain. This rainwater
is gathered
in the reservoir behind a dam. The following steps involve a pipe which connects
the reservoir to a turbine
as well
as a pump, and
is controlled
using a valve. Once this valve
is
opened
, water flows into the turbine and rotates it to produce electrical
current
, following
which it
is pumped
back into the reservoir. After this, the electricity produced by the turbine
is
transferred
to the transformer station through high voltage cables. The last stage is when the
electrical power
is delivered
to domestic and industrial consumers,
as well
as educational and
medical facilities.