Electrical network.
Electrical energy is distributed from the generating source to the consumer
through metal wires, called electrical conductors, with lengths of hundreds
and thousands of kilometers, called the electrical network. The electrical
network represents the orthogonally closed vector circuits generated by
the
source. The conductive metal wire represents the electrical circuit, in
which
the vector polarities of the atoms are serially connected to close the
vector
circuit. Closing the electric vector circuit simultaneously closes in
the
orthogonal plane, the vector circuit called magnetic. The difference between
the two orthogonal circuits is the medium through which the circuits close.
The electric vector circuit is closed by means of the vector polarities
of the
atoms in the structure of the metal wire, oriented in direction and sense.
It should be noted that only the atoms of certain elements have bipolar
vector polarities, called conductivity. The magnetic vector circuit closes
through the vector space and for this reason is called a magnetic field.
The centripetal vector forces of magnetic circuits are those that compress
and orient in direction and sense, the vector polarities of the atoms
in the
orthogonal electrical circuit. The magnetic circuits being parallel, their
repulsive forces ensure the orientation of the vector polarities of the
atoms
along the entire length of the network. The length of the network is the
sensitive part of the stability of the operation, when it is crossed by
the wind
speed, by the atmospheric gas. Atmospheric gas are vector structures called
atoms, are vector space, with density, pressure, decreasing radially.
Therefore, gas, vector space can move upward, only under the action of
a
vector, Archimedean force. Sunlight are oscillations of vector space with
different frequencies, which resonate with the gas atoms. Through oscillations,
the gas atoms expand their density and that of the vector space and the
Archimedean vector force moves them upward. The upward movement of
atmospheric gas generates orthogonally closed vector circuits, vortices,
which set the atmospheric gas in rotational motion over large distances
- the
wind in question. Wind speed represents the intensity, the density of
orientation in the direction and sense of the polarities of the vector
space.
The interaction of the density of the space thus oriented, in unique sense,
with the magnetic vector space oriented in the alternative direction,
diminishes the oscillations and the load. Without load, the source
voltage increases, triggering the generator protection system.