The diagram illustrates the process of manufacturing electricity in a particular geothermal factory.
Overall, there are 5 steps in this process, beginning with storing cool water in input and ending with releasing steam over two special devices to create electricity.
In the first step, water is required to be in cold state is preserved in storage tank that pre-installed with conduit. Cold water goes through the pipeline and is pumped down to the injection well at depth of 4. 5 kilometer, before discharging into geothermal zone where hot rocks are operate.
Following this, liquid inverted into hot state and being pumped back to the ground through the production well. As soon as hot liquid released from the pipeline will be keep in to condenser, before turning into steam and escaping through a ducts. A large amount of steam becomes the powers which helps to rotate the turbine, thereby producing electricity. Finally, electricity stockpiled in generator is directed to the nation grid.
The diagram illustrates the process of manufacturing electricity in a particular geothermal factory.
Overall
, there are 5 steps in this process, beginning with storing cool water in input and ending with releasing steam over two special devices to create electricity.
In the
first
step, water
is required
to be in
cold
state
is preserved
in storage tank that
pre-installed
with conduit.
Cold
water goes through the pipeline and
is pumped
down to the injection well at depth of 4. 5
kilometer
,
before
discharging into geothermal zone where hot rocks are
operate
.
Following this, liquid inverted into hot state and
being pumped
back to the ground through the production well. As
soon
as hot liquid released from the pipeline will be
keep
in to condenser,
before
turning into steam and escaping through
a ducts
. A large amount of steam becomes the powers which
helps
to rotate the turbine, thereby producing electricity.
Finally
, electricity stockpiled in generator
is directed
to the nation grid.