For
primary assessments it is advisable to compare the presented generator with
similar autonomous Diesel electric power generators (АDEPG) - see
Application.
In the
existing variants of АDEPG their specific power, i.е. the proportion
power/weight is 10-50 Wt\kg. For the presented generator this proportion is 30
Wt\kg. It means that the specific powers of АDEPG and our generator are
comparable.
The
problems of comparison between manufacturing and operating the new and existing
generators are treated in
Bussiness
It is
important to note that in our generator
the fuel expenditures are
nonexistent
- see
Economy
The disadvantages of our project are as
follows:
-
the absence of
experimental prototype, which would be
able to produce assessments of productivity and costs, conclusive for
experts
-
the
impossibility of using any existing production facilities (plants) for the
device production.
Table of comparisons
|
Compared
characteristic |
Searl's
generator |
Roshchin-Godin generator |
Proposed
generator |
|
The used magnetic material |
The technology of material
manufacture is difficult to reproduce |
Standard material |
Standard material |
|
The used method of magnetic
material magnetizing |
Empirical method of
magnetizing by a "mixture" of direct and alternating current |
Conventional magnetizing
method |
Conventional magnetizing
method |
|
Method of getting the
generator's energy |
Unknown |
Unknown |
Substantiated method of
transforming the inner energy of environment
|
|
Method of getting the motive
force |
Unknown |
Unknown |
Substantiated method of
getting the motive forces due to the interaction of magnetic poles with
electromagnetic field generated by rotation
|
|
Main construction element |
Magnetic rollers with
multitude of magnetic poles, rotating around the magnetic stator with
multitude of magnetic poles |
Roller with magnetic insets,
rotating around stator with permanent magnets |
Rotating disks with
permanent magnets |
|
Theory |
Not developed |
Contradicts to the existing
physical paradigm |
Developed |
|
Relative power
(Relative power of
ADEPG =10-:-50 wt/kg)
|
unknown |
20 wt/kg |
30 wt/kg |
