1. 2
ReGenX Generator and Conventional Generator
Performance Validation Requirements
Electric Motor Performance Validation Requirements
2. ReGenX Generator Scientific Performance Validation Requirements
a) The ReGenX Generator is a novel electric generator design which operates with a US
patented Load Current Delay. The Load Current Delay can be observed on an oscilloscope
when a conventional coil and ReGenX Coil are simultaneously wound on identical core and
when simultaneously excited by a single changing (rotating) magnetic field.
b) The Load Current Delay contributes to system acceleration when the ReGenX Generator
coil is operated above its critical minimum frequency. When placed on load, the ReGenX
Generator reverses Motor Action in a Generator, it invalidates Lenz's Law / Newton's Third
Law and the Law of Conservation of Energy which is demonstrated in the video below:
ReGenX Generator Load Current Delay = REVERSING Generator Armature Reaction / EV
Regenerative Braking: https://youtu.be/pyO8FUTDX68
c) When operated below the critical minimum frequency the ReGenX Generator coil produces
system deceleration / Motor Action in a Generator and conforms to Lenz's Law / Newton's
Third Law.
d) In both cases the load current magnitudes are identical and in both cases the Work Energy
Principle applies equally.
e) When the ReGenX Generator is placed on load from an operational point of rotational
equilibrium where the net mechanical power in the generator's drive shaft is zero – the
ReGenX Generator does not require a mechanical drive shaft power increase when the
ReGenX Generator is delivering electrical power to the load denoting that the ReGenX
Generator is operating at infinite efficiency.
f) It can be further observed that the ReGenX Generator requires a reduction in prime mover
power consumption when the ReGenX Generator is placed on load denoting that the prime
mover is delivering less mechanical power via the driveshaft when the ReGenX Generator is
on load and when it is delivering power than is required when at steady state speed / idle on
no load.
3. g) It can also be observed that the system speed increases when the ReGenX Generator is
placed on load, denoting that the ReGenX Generator coil and its induced magnetic fields are
performing work and increasing the kinetic energy of the system acording to the Work Energy
Principle.
h) Similarly it can be observed that a conventional generator coil requires an increase in
prime mover power consumption when placed on load denoting that additional mechanical
input power is being delivered to the generator's driveshaft under identical operating
conditions. The conventional generator coil and its induced magnetic fields are performing
work decreasing the kinetic energy of the system and according to the Work Energy Principle
the magnetic fields are a form of energy because energy is always required in order to
perform work in any direction.
When the Work Energy Principle is applied to both (g) and (h) above where;
“the change in kinetic energy of the system (both and increase or a decrease) is equal to the
net work on the system” we can deduce that work is being performed in both cases because
the kinetic energy in each case is changing – in one case increasing and in the other case
decreasing.
j) Because energy is the currency required to perform all work we can deduce that the
induced electromagnetic magnetic fields which are produced around the generator coils in
both (g) and (h) are forms of energy which is created and that the Theory of Conservation of
Energy is false.
k) Because the ReGenX Generator does not require a mechanical input power increase when
placed on load and when delivering power to a load it operates at infinite efficiency.
l) The conventional generator coil's operation on the other hand, converts mechanical drive
shaft input power into electrical output power while also producing mechanical output power
in the work performed by the generator coil's Counter Electromagnetically induced Torque
which reduces the Kinetic Energy of the system.
m) When the Absolute Value of all the non-directional output energies are correctly accounted
for in the conventional generator coil's operation i.e:
1. electrical output delivered to the load
2. + heat energy dissipation
3. + mechanical energy output required to produce the Counter Electromagnetic Torque
which is responsible for reducing the Kinetic Energy of the system
we will deduce that the conventional generator operates at over 100% efficiency due to the
magnetic field energy which is created and which can be measured empirically.
n) Once it is clear that electromagnetically induced magnetic fields are a form of measurable
energy which is created and that this energy is responsible for the work performed during
system acceleration in the Regenerative Acceleration Generator and the system deceleration
in the conventional generator we can evaluate electric generator performance and efficiency
from this new perspective.
4. Electric Motor Scientific Performance Validation Requirements
o) A wire with resistance (R) which conducts electric current (I) will convert some electric input
power into heat.
p) The amount of electric power dissipated as heat is determined by the formula;
P = I^2 R
q) The same wire will also produce an electromagnetic field around it as Michael Faraday
discovered in 1822.
In 1822 Michael Faraday used a mercury bath in order to investigate the interaction between
electromagnetically created magnetic fields which are produced around a current bearing
wire and those of a permanent magnet.
The early assumption of 1822 was that electrical energy was being transformed into
mechanical energy.
r) The early assumption in 1822 that electrical energy can be transformed into mechanical
energy is incorrect because electrical energy can only be transformed into heat due to the
resistance of the current bearing wire from the equation above.
s) The change in the kinetic energy (the work performed during the rotation of the current
bearing wire around the permanent magnet) in Faraday's first electric motor of 1822 was not
caused by wire's heat dissipation.
t) The change in the kinetic energy (work performed during the rotation of the current bearing
wire wire around the magnet) in Faraday's first electric motor of 1822 was performed by the
electromagnetic fields which were created around the wire.
u) 100% of the energy in the current bearing wire and the 100% work that is performed is
done converting some of the electrical input energy to heat which is dissipated.
v) No energy is required to produce the electromagnetic field around the current bearing wire
which performs the work changing the kinetic energy of the wire and causing it to rotate
around the magnet.
w) The electromagnetic field produced around the current bearing wire and the magnetic field
produced around the permanent magnet cannot penetrate each other and as a result the
permanent magnet's magnetic field cannot influence the current flowing in the wire or have
any detrimental effect on the power dissipated in the wire.
x) The magnitude of current flowing in the wire and the power dissipated in the wire as heat is
exactly the same whether the permanent magnet is present or not, and rotating or not. The
only difference is the presence of work being performed or not.
5. y) 100% of the work performed in changing the kinetic energy of current bearing wire and
causing it to rotate around the permanent magnet in Michael Farady's first electric motor of
1822 was performed by the electromagnetic magnetic field energy which is created at no cost
to the power applied to the wire.
z) Michael Faraday's first electric motor and every electric motor since, only have the capacity
to convert electrical input power to heat and are essentially just induction heaters – the work
performed in all electric motors is performed by the magnetic field energy which is created. All
electric motors operate at 100% efficiency in their conversion of electrical energy to heat
energy and operate at infinite efficiency in their production of mechanical output power.
Conclusions Summary
When the Work Energy Principle is applied to conventional electric generator performance
and the absolute value of all the non directional energies are accurately accounted for, which
includes heat energy dissipated and the mechanical energy required to produce the Counter
Electromagnetic Torque which performs work decelerating the system we can see that all
electric generators are over 100% efficient.
All conventional generators are less than 100% efficient in their conversion of mechanical
input power to electrical output power but when the heat conversion and mechanical work
performed by the generator's Counter Electromagnetic Torque / Motor Action is not left out of
the efficiency calculation the overall generator efficiency changes dramatically.
The electromagnetic field energy required to produce the Counter Electromagnetic Torque /
(resistive) Motor Action in a conventional electric generator and the Complementary
Electromagnetic Torque / (assistive) Motor Action in the ReGenX Generator are exactly the
same in magnitude but are manifested in different time domains.
In both cases energy is being created (induced electromagnetic field energy) and is
performing work accelerating or decelerating the system according to the Work Energy
Principle.
While all conventional electric generators operate above 100% efficiency, the ReGenX
Generator operates at infinite efficiency because a 0.00 Watt mechanical power increase is
required when the ReGenX Generator is placed on load.
Electric motors only have the capacity to perform work in their conversion of electric input
power to heat output and 100% of the electrical input is converted to heat and nothing
remains to produce torque except the magnetic field energy which is created.
Electric motors do not have the capacity to convert electrical input power to mechanical
output power and to perform mechanical work as torque.
All the work performed by electric motors dating back to the very first electric motor of 1822
has been performed by electromagnetic field energy which is created at no cost.
Every electric motor ever created operated at infinite efficiency in producing torque and doing
work.