Landscape view is supported on PCs and tablets
Landscape view is supported on PCs and tablets
PRINEM Adaptive SG-5.50+
The world's first polyphase synchronous DC generator (PMSG) featuring
a winding commutation system a 5x wider power rating range and over 50x+ fault tolerance
a winding commutation system a 5x wider power rating range and over 50x+ fault tolerance
1.Unmatched Power Density and Efficiency (kW/kg ratio)
2.Breakthrough Reliability and Control
A generator with unprecedented operational performance
and capabilities
and capabilities
IE4+
Immune to Overvoltage from Overspeed
More Compact
Low Starting Torque
5x
extended service life
compared to standard generators
compared to standard generators
reduces mechanical energy demand for startup
10%+
lower production cost
Up to 50%
lower operating temperature
compared to conventional models
compared to conventional models
than standard generators
high efficiency class
Optimal Power Across All Loads
01
01
3x Wider Power Range — Achieves peak efficiency across a broad spectrum, e.g. from 100 to 300 kW
10x Wider Optimal RPM Range — Superior performance under variable speeds. Higher RPMs deliver more electricity!
Adaptive Power Output — Dynamically matches energy consumption
to load by managing individual winding groups
to load by managing individual winding groups
Zero Current Ripple — Provides clean DC output, even at low RPMs
and under light loads
and under light loads
Enhanced Reliability — With 50+ independent winding phases, it offers 50+ fault tolerance
Generates High-Quality Direct Current (DC) — Requires no external rectifiers, filters or capacitor banks
Key Advantages
Hybrid vehicles, wind turbines, locomotives,
marine vessels, heavy-duty trucks, power units, etc.
marine vessels, heavy-duty trucks, power units, etc.
Ideal for any application requiring maximum energy efficiency
and high fault tolerance under variable loads
and high fault tolerance under variable loads
Applications
С технологиями PRINEM моторы вроде Xiaomi Super Motor V8s (425 кВт, 30 000 об/мин) можно модернизировать до 2+ МВт
с ростом оборотов, но гораздо ценнее и перспективнее использовать возможность перенести эффективные рабочие обороты в «меньшую сторону»
с ростом оборотов, но гораздо ценнее и перспективнее использовать возможность перенести эффективные рабочие обороты в «меньшую сторону»
PRINEM Adaptive SG-5.50+
The world's first polyphase synchronous DC
generator (PMSG) featuring a winding
commutation system a 5x wider power rating
range and over 50x+ fault tolerance
generator (PMSG) featuring a winding
commutation system a 5x wider power rating
range and over 50x+ fault tolerance
A generator with unprecedented operational
performance and capabilities
performance and capabilities
1.Unmatched Power Density and Efficiency
(kW/kg ratio)
(kW/kg ratio)
2.Breakthrough Reliability and Control
1
Optimal Power Across All Loads
More Compact
than standard generators
10%+
lower production cost
IE4+
high efficiency class
5x
extended service life compared to standard generators
Low Starting Torque
reduces mechanical energy demand for startup
Immune to Overvoltage from Overspeed
Up to 50%
lower operating temperature compared
to conventional models
to conventional models
2
Key advantages
3x Wider Power Range — Achieves peak
efficiency across a broad spectrum, e.g. from 100 to 300 kW
efficiency across a broad spectrum, e.g. from 100 to 300 kW
Adaptive Power Output — Dynamically matches
energy consumption to load by managing
individual winding groups.
energy consumption to load by managing
individual winding groups.
Zero Current Ripple — Provides clean DC output, even at low RPMs and under light loads.
Enhanced Reliability — With 50+ independent
winding phases, it offers 50+ fault tolerance.
winding phases, it offers 50+ fault tolerance.
Generates High-Quality Direct Current (DC) —Requires no external rectifiers, filters
or capacitor banks.
or capacitor banks.
10x Wider Optimal RPM Range — Superior
performance under variable speeds. Higher RPMs
deliver more electricity!
performance under variable speeds. Higher RPMs
deliver more electricity!
3
Key advantages
4
Hybrid vehicles, wind turbines, locomotives,
marine vessels, heavy-duty trucks, power units,
etc.
marine vessels, heavy-duty trucks, power units,
etc.
Ideal for any application requiring maximum
energy efficiency and high fault tolerance under
variable loads
energy efficiency and high fault tolerance under
variable loads
Applications:
PRINEM Maxinus SG
Extended RPM Range
Energy Efficiency Classes (IE3, IE4, IE5)
The world's most efficient permanent magnets synchronous generator with non-salient pole (NSP) rotor PRINEM
Electromagnetic interaction between the rotor and stator follows
a sinusoidal law (a practical implementation of a Halbach array)
Electromagnetic interaction between the rotor and stator follows
a sinusoidal law (a practical implementation of a Halbach array)
PRINEM represents the pinnacle of synchronous permanent magnet
generator design offering a significant boost in efficiency, performance
and the highest physically achievable rotor efficiency
generator design offering a significant boost in efficiency, performance
and the highest physically achievable rotor efficiency
Up to 20 %
Up to 20 %
reduction in size and weight
increased ower output
Reduced Acoustic Noise
Maximum Physically Achievable Efficiency
2-3x
extended service life
Up to 25%
reduction in unit cost
Up to 50%
lower operating temperature
In polyphase configuration the power rating
is not a fixed value but a range (e.g., 1X-3X kW)*
is not a fixed value but a range (e.g., 1X-3X kW)*
Generates both Alternating (AC)
and Direct (DC) Current
and Direct (DC) Current
02
02
Using permanent magnets in motors and generators typically requires
a trapezoidal voltage waveform due to the sharp change in rotor poles. This leads to reduced RPM and limited motor overall capabilities
a trapezoidal voltage waveform due to the sharp change in rotor poles. This leads to reduced RPM and limited motor overall capabilities
The world's only permanent magnet generator
w ith a smooth transition between poles ensuring
maximum sinusoidal interaction between the
rotor and the stator's magnetic field that results
in optimal energy conversion efficiency
w ith a smooth transition between poles ensuring
maximum sinusoidal interaction between the
rotor and the stator's magnetic field that results
in optimal energy conversion efficiency
The sine wave is the most efficient waveform. Any deviation from
it reduces the rotor's interaction with the stator field. This is why our
NSP rotor design delivers superior efficiency
it reduces the rotor's interaction with the stator field. This is why our
NSP rotor design delivers superior efficiency
Design Challenge
PRINEM generator with an NSP rotor is available
in both three-phase and polyphase configurations
in both three-phase and polyphase configurations
Compatibility
All Existing Generation Systems.
Generators of all types and power ratings
Generators of all types and power ratings
Applications
С технологиями PRINEM моторы вроде Xiaomi Super Motor V8s (425 кВт, 30 000 об/мин) можно модернизировать до 2+ МВт
с ростом оборотов, но гораздо ценнее и перспективнее использовать возможность перенести эффективные рабочие обороты в «меньшую сторону»
с ростом оборотов, но гораздо ценнее и перспективнее использовать возможность перенести эффективные рабочие обороты в «меньшую сторону»
PRINEM Maxinus SG
The world's most efficient permanent magnets
synchronous generator with non-salient pole
(NSP) rotor PRINEM
Electromagnetic interaction between the rotor
and stator follows a sinusoidal law (a practical
implementation of a Halbach array)
synchronous generator with non-salient pole
(NSP) rotor PRINEM
Electromagnetic interaction between the rotor
and stator follows a sinusoidal law (a practical
implementation of a Halbach array)
PRINEM represents the pinnacle of synchronous
permanent magnet generator design offering a
significant boost in efficiency, performance and
the highest physically achievable rotor efficiency
permanent magnet generator design offering a
significant boost in efficiency, performance and
the highest physically achievable rotor efficiency
1
Up to 20%
increased power output
Up to 20%
reduction in size and weight
Up to 50%
Maximum Physically Achievable Efficiency
Generates both Alternating (AC) and Direct (DC) Current
Reduced Acoustic Noise
Extended RPM Range
lower operating temperature
Up to 25%
reduction in unit cost
2-3x
extended service life
2
Key advantages
Energy Efficiency Classes (IE3, IE4, IE5)
In Polyphase Configuration the Power Rating is not a Fixed Value but a Range (e.g., 1X-3X kW)
3
Design Challenge
Using permanent magnets in motors and
generators typically requires a trapezoidal
voltage waveform due to the sharp change in
rotor poles. This leads to reduced RPM and
limited motor overall capabilities
generators typically requires a trapezoidal
voltage waveform due to the sharp change in
rotor poles. This leads to reduced RPM and
limited motor overall capabilities
The world's only permanent magnet generator
with a smooth transition between poles ensuring
maximum sinusoidal interaction between the
rotor and the stator's magnetic field that results
in optimal energy conversion efficiency
with a smooth transition between poles ensuring
maximum sinusoidal interaction between the
rotor and the stator's magnetic field that results
in optimal energy conversion efficiency
The sine wave is the most efficient waveform.
Any deviation from it reduces the rotor's
interaction with the stator field. This is why our
NSP rotor design delivers superior efficiency
Any deviation from it reduces the rotor's
interaction with the stator field. This is why our
NSP rotor design delivers superior efficiency
Key advantages
Compatibility
All Existing Generation Systems
Generators of all types and power ratings
Generators of all types and power ratings
Applications
PRINEM generator with an NSP rotor is available in both three-phase and polyphase
configurations
configurations
4
PRINEM Bi-Rotor
Unique dual-rotor generator — doubles the energy output without increasing the footprint
By creating a counter-directed magnetic induction vector within the active part
of the generator the output voltage is doubled compared to analogues. This means double the output power compared to dual-propeller counterparts within the same footprint and under equal conditions
of the generator the output voltage is doubled compared to analogues. This means double the output power compared to dual-propeller counterparts within the same footprint and under equal conditions
A permanent magnet generator designed to operate with two counter-rotating propellers
PRINEM Bi-Rotor generator will set new
standards for the Wind Power Coefficient (Cp) —
it will exceed today's accepted limits
standards for the Wind Power Coefficient (Cp) —
it will exceed today's accepted limits
PRINEM Bi-Rotor generator demonstrates a new
technological capability unlocked by PRINEM's
inventions
technological capability unlocked by PRINEM's
inventions
Utilizing the counter magnetic induction vector for benefit has applications far beyond wind turbines. This represents a new family of previously non-existent electrical machines
The generator is available in two-phase, three-phase
and polyphase configurations
and polyphase configurations
In this case it combines the features of the ADAPTIVE variable-power generator and the high-output Bi-Rotor generator
PRINEM Bi-Rotor generator will halve the weight,
size, and cost per generated kilowatt
size, and cost per generated kilowatt
03
03
Primarily for wind power generation
Any industry segment requiring maximum
reduction in generator weight and size
reduction in generator weight and size
The implications of this technological effect will
drive its integration across a wide range
of industries led by R&D
drive its integration across a wide range
of industries led by R&D
Applications
С технологиями PRINEM моторы вроде Xiaomi Super Motor V8s (425 кВт, 30 000 об/мин) можно модернизировать до 2+ МВт
с ростом оборотов, но гораздо ценнее и перспективнее использовать возможность перенести эффективные рабочие обороты в «меньшую сторону»
с ростом оборотов, но гораздо ценнее и перспективнее использовать возможность перенести эффективные рабочие обороты в «меньшую сторону»
PRINEM Bi-Rotor
Unique dual-rotor generator — doubles the energy
output without increasing the footprint
output without increasing the footprint
A permanent magnet generator designed to operate
with two counter-rotating propellers
with two counter-rotating propellers
By creating a counter-directed magnetic induction
vector within the active part of the generator
the output voltage is doubled compared to analogues.
This means double the output power compared to dual-propeller counterparts within the same footprint
and under equal conditions
vector within the active part of the generator
the output voltage is doubled compared to analogues.
This means double the output power compared to dual-propeller counterparts within the same footprint
and under equal conditions
1
PRINEM Bi-Rotor generator will set
new standards for the Wind Power Coefficient (Cp)
new standards for the Wind Power Coefficient (Cp)
PRINEM Bi-Rotor generator will halve the weight, size, and cost per generated kilowatt
PRINEM Bi-Rotor generator demonstrates a new technological capability unlocked by PRINEM's
inventions
inventions
it will exceed today's accepted limits
utilizing the counter magnetic induction vector
for benefit has applications far beyond wind
turbines. This represents a new family
of previously non-existent electrical machines
for benefit has applications far beyond wind
turbines. This represents a new family
of previously non-existent electrical machines
The generator is available in two-phase, three-phase and polyphase configurations
in this case it combines the features
of the ADAPTIVE variable-power generator
and the high-output Bi-Rotor generator
of the ADAPTIVE variable-power generator
and the high-output Bi-Rotor generator
2
Key Advantages
3
Primarily for wind power generation
Any industry segment requiring maximum
reduction in generator weight and size
reduction in generator weight and size
The implications of this technological effect will drive its integration across a wide range of industries led by R&D
Applications