The diagram illustrates the electricity production processes that takes place in a geothermal power plant.
Overall, it is clearly visible that, electricity is obtained via utilizing the geothermal energy after harvesting and processing it through distinct systems.
First of all, cold water is pumped 4. 5 kilometers down from its source. Then, it reaches to the injection well and courses through a hot rocks which is called the geothermal zone. Thereby, the temperature of the water escalates. After finishing its path through the zone, it commences to be pumped to the ground level all the way back. The vaporized hot water—namely the steam--leaves the condenser where it is stored after being pumped up. Subsequently, the steam further replaces to the turbine which is almost a cylindirical machine that spins as steam passes through it. Finally, the electricity is generated after the turbine powers the generator; furthermore, it is ready to be distributed, and transferred to the electric poles.
The diagram illustrates the electricity production processes that takes place in a geothermal power plant.
Overall
, it is
clearly
visible that, electricity
is obtained
via utilizing the geothermal energy after harvesting and processing it
through
distinct systems.
First of all
,
cold
water
is pumped
4. 5 kilometers down from its source. Then, it reaches to the injection well and courses
through
a hot rocks which
is called
the geothermal zone. Thereby, the temperature of the water escalates. After finishing its path
through
the zone, it commences to
be pumped
to the ground level all the way back. The vaporized hot water—
namely
the steam--
leaves
the condenser where it
is stored
after
being pumped
up.
Subsequently
, the steam
further
replaces to the turbine which is almost a
cylindirical
machine that spins as steam passes
through
it.
Finally
, the electricity
is generated
after the turbine powers the generator;
furthermore
, it is ready to
be distributed
, and transferred to the electric poles.