The provided diagram illustrates how electricity is manufactured using a reactor.
In general, there are several stages in this cycle, some of which are direct contributors to power production.
Initially, helium floating inside a reactor goes into the reactor core controlled by a set of rods in order to become a new type of air. The gas next exits the container and travels to a turbine, the upper area of an axis used to activate a generator. Afterward, the steam escapes the turbine through 2 pipes before rejoining at a recuperator.
Subsequently, the air moves through a system of containers in which the air is cooled and becomes helium again while causing the axis to spin. The system consists of 2 cooling areas whose temperature comes from heat sinks and 2 compressors that contain parts of the axis, and the gas flows through the pre-cooler first, then the bottom compressor, next to the intercooler, and finally the middle compressor. Once the air finishes its small journey, it re-enters the recuperator before returning to the reactor, repeating the whole cycle. This continual cycle results in the axis revolving counterclockwise, which triggers the generator so that electricity is formed.
The provided diagram illustrates how electricity
is manufactured
using a reactor.
In general
, there are several stages in this cycle,
some
of which are direct contributors to power production.
Initially
, helium floating inside a reactor goes into the reactor core controlled by a set of rods in order to become a new type of
air
. The gas
next
exits the container and travels to a turbine, the upper area of an axis
used
to activate a generator. Afterward, the steam escapes the turbine through 2 pipes
before
rejoining at a
recuperator
.
Subsequently
, the
air
moves
through a system of containers in which the
air
is cooled
and becomes helium again while causing the axis to spin. The system consists of 2 cooling areas whose temperature
comes
from heat sinks and 2 compressors that contain parts of the axis, and the gas flows through the
pre-cooler
first
, then the bottom compressor,
next
to the intercooler, and
finally
the middle compressor. Once the
air
finishes its
small
journey, it re-enters the
recuperator
before
returning to the reactor, repeating the whole cycle. This continual cycle results in the axis revolving counterclockwise, which triggers the generator
so
that electricity
is formed
.