The diagram illustrates the process which describes how the wind-powered energy is generated and delivered to the consumers.
Overall, there are five main stages in the creation of electricity, starting with a suitable location for the construction which consists of rotor and blades, to the transportation of wind-powered energy to the users.
The process commences when the specific generator is constructed in an appropriate site for the required use of the wind, after which rotor and blades start rotating 360 degrees. The role of these tools is to continually spin the wind until the electrical output is created.
In the last three stages, the produced wind-powered electricity is retained in two large storage batteries if there is no wind. As soon as raw electrical output has been converted to useable form (from 700 volts to 38000 volts) through the use of transformers, it is then sent out to people for consumption via high tension lines.
The diagram illustrates the process which
describes
how the wind-powered energy
is generated
and delivered to the consumers.
Overall
, there are five main stages in the creation of electricity, starting with a suitable location for the construction which consists of rotor and blades, to the transportation of wind-powered energy to the users.
The process commences when the specific generator
is constructed
in an appropriate site for the required
use
of the wind, after which rotor and blades
start
rotating 360 degrees. The role of these tools is to
continually
spin the wind until the electrical output
is created
.
In the last three stages, the produced wind-powered electricity
is retained
in two large storage batteries if there is no wind. As
soon
as raw electrical output has
been converted
to useable form (from 700 volts to 38000 volts) through the
use
of transformers, it is then
sent
out to
people
for consumption via high tension lines.