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PRINEM iGear
PRINEM Induction (asynchronous) electric motor an innovative electric motor from PRINEM featuring a unique stator and rotor design, combined with electronic control for multi-mode operation. It acts as a built-in electromagnetic gearbox delivering a 12x effective RPM range and a more than 5x power increase (reducing the need for mechanical gearboxes by up to 80%)
Асинхронный электродвигатель PRINEM с инновационной конструкцией статора, ротора и электронным управлением с многорежимной работой, действующей
как «встроенная электромагнитная коробка передач» с 12-кратным диапазоном эффективных оборотов и более чем 5-кратным увеличением мощности (80% механических редукторов и КПП больше не требуются)
как «встроенная электромагнитная коробка передач» с 12-кратным диапазоном эффективных оборотов и более чем 5-кратным увеличением мощности (80% механических редукторов и КПП больше не требуются)
Асинхронный электродвигатель PRINEM с инновационной конструкцией статора, ротора и электронным управлением с многорежимной работой, действующей как «встроенная электромагнитная коробка передач» с 12-кратным диапазоном эффективных оборотов и более чем 5-кратным увеличением мощности (80% механических редукторов
и КПП больше не требуются)
и КПП больше не требуются)
Three Motor Modes
Achieved and validated performance
can be compared to a gearbox: when you shift into a higher "gear" (engaging Mode 2 or 3), power doubles and maximum torque
is reinstated
is reinstated
PRINEM iGear Asynchronous Motor fundamentally reshapes expectations for electric motors. Its key advantage—multi-mode
operation acting as a built-in electromagnetic gearbox with a 5x power increase—represents a true paradigm shift
operation acting as a built-in electromagnetic gearbox with a 5x power increase—represents a true paradigm shift
Without Increasing the Voltage
Energy Efficiency Improves as Power Grows
Wider effective RPM range: 1,000 rpm – 12,000 rpm
Power increase: 1 kW – 5.5 kW
5x
12x
01
12x effective RPM range without mechanical gear shifts
5x power increase without a voltage increase thanks to its three-mode configuration
5x power increase without a voltage increase
thanks to its three-mode configuration
thanks to its three-mode configuration
Maximum torque is available in each operational mode
Reduces the need for mechanical gearboxes and transmissions by 80%
– the entire functionality is achieved through electromagnetic interactions
within a compact motor
– the entire functionality is achieved through electromagnetic interactions
within a compact motor
Reduces the need for mechanical gearboxes
and transmissions by 80% – the entire functionality is achieved through electromagnetic interactions within a compact motor
and transmissions by 80% – the entire functionality is achieved through electromagnetic interactions within a compact motor
Energy savings – high efficiency without extreme currents or voltages
Key advantages
A conventional electric motor reaches peak power at its rated RPM after which torque drops. PRINEM overcomes this limitation with three operating modes
1. Mode 1 – Standard Cycle: Power and torque increase followed by a torque drop-off at high RPM (typical motor behavior)
2. Mode 2 – Power Boost: The motor increases power by 2.5x while maintaining the maximum torque level achieved in Mode 1
3. Mode 3 – Hyper Performance: The motor delivers up to 5x power with further RPM increase while sustaining maximum torque
Breakthrough in Electromechanics
Implementation of PRINEM technology enables upgrade up to 2+ MW for motors like Xiaomi Super Motor V8s (425 kW at 30,000 rpm).
However the most valuable and promising application is the ability
to shift the effective operating range to lower RPMs
However the most valuable and promising application is the ability
to shift the effective operating range to lower RPMs
Implementation of PRINEM technology enables upgrade up to 2+ MW for motors like Xiaomi Super Motor V8s (425 kW at 30,000 rpm). However the most valuable and promising application is the ability to shift the effective operating range to lower RPMs
Why This is a Game-Changer
Priority Sectors: Transport: Electric vehicles, railway, marine, aerospace
Priority Sectors:
Transport: Electric vehicles, railway, marine, aerospace
Transport: Electric vehicles, railway, marine, aerospace
Industrial: Pumps, compressors, heavy machinery
Application
1. Gain power and efficiency not by increasing RPM and voltage—a dead-end approach—but by achieving high efficiency and power at lower
RPM. For example, obtaining 1 MW of power within an effective RPM range of 2,500–30,000. Or 500–650 kW within a 2,000–20,000 RPM
range
RPM. For example, obtaining 1 MW of power within an effective RPM range of 2,500–30,000. Or 500–650 kW within a 2,000–20,000 RPM
range
1.Gain power and efficiency not by increasing RPM and voltage—a dead-end approach—but by achieving high efficiency and power at lower RPM. For example, obtaining 1 MW of power within an effective RPM range of 2,500–30,000. Or 500–650 kW within a 2,000–20,000 RPM range
2.Reduced battery power demand – peak power
is available without extreme current draws
is available without extreme current draws
End of the RPM and voltage race – PRINEM technology offers a smarter way
What This Means
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 iGear
Асинхронный электродвигатель PRINEM с инновационной
конструкцией статора, ротора и электронным управлением с многорежимной работой, действующей как «встроенная электромагнитная коробка передач»
с 12-кратным диапазоном эффективных оборотов и более чем 5-кратным увеличением мощности (80% механических редукторов и КПП больше не требуются)
конструкцией статора, ротора и электронным управлением с многорежимной работой, действующей как «встроенная электромагнитная коробка передач»
с 12-кратным диапазоном эффективных оборотов и более чем 5-кратным увеличением мощности (80% механических редукторов и КПП больше не требуются)
PRINEM Induction (Asynchronous) Electric Motor
An innovative electric motor from PRINEM featuring
a unique stator and rotor design, combined with electronic control for multi-mode operation. It acts as a built-in electromagnetic gearbox delivering a 12x effective RPM range and a more than 5x power increase (reducing the need for mechanical gearboxes by up to 80%)
An innovative electric motor from PRINEM featuring
a unique stator and rotor design, combined with electronic control for multi-mode operation. It acts as a built-in electromagnetic gearbox delivering a 12x effective RPM range and a more than 5x power increase (reducing the need for mechanical gearboxes by up to 80%)
1
Асинхронный электродвигатель PRINEM iGear переворачивает представление о возможностях электромоторов. Его ключевое преимущество
– многорежимная работа, действующая как встроенная электромагнитная коробка передач при пятикратном росте мощности
– многорежимная работа, действующая как встроенная электромагнитная коробка передач при пятикратном росте мощности
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»
Three Motor Modes
Achieved and Validated Performance
can be compared to a gearbox: when you shift into a higher "gear" engaging Mode 2 or 3), power doubles and maximum torque is reinstated
Efficiency Gains without a Voltage Increase
Energy Efficiency Improves as Power Grows
power increase: 1 kW – 5.5 kW
5x
wider effective RPM range: 1,000 rpm – 12,000 rpm
12x
2
3
12x effective RPM range without mechanical gear shifts
5x power increase without a voltage increase thanks to its three-mode configuration
Maximum torque is available in each operational mode
Reduces the need for mechanical gearboxes
and transmissions by 80% – the entire functionality
is achieved through electromagnetic interactions
within a compact motor
and transmissions by 80% – the entire functionality
is achieved through electromagnetic interactions
within a compact motor
Energy savings – high efficiency without extreme
currents or voltages
currents or voltages
Key Advantages
4
Mode 1 – Standard Cycle: Power and torque
increase followed by a torque drop-off at high
RPM (typical motor behavior)
increase followed by a torque drop-off at high
RPM (typical motor behavior)
Mode 2 – Power Boost: The motor increases
power by 2.5x while maintaining the maximum
torque level achieved in Mode 1
power by 2.5x while maintaining the maximum
torque level achieved in Mode 1
Mode 3 – Hyper Performance: The motor delivers
up to 5x power with further RPM increase while
sustaining maximum torque
up to 5x power with further RPM increase while
sustaining maximum torque
Breakthrough in Electromechanics
A conventional electric motor reaches peak
power at its rated RPM after which torque drops.
PRINEM overcomes this limitation with three
operating modes
power at its rated RPM after which torque drops.
PRINEM overcomes this limitation with three
operating modes
5
Implementation of PRINEM technology enables
upgrade up to 2+ MW for motors like Xiaomi Super Motor V8s (425 kW at 30,000 rpm). However the most valuable and promising application is the ability to shift the effective operating range to lower RPMs
upgrade up to 2+ MW for motors like Xiaomi Super Motor V8s (425 kW at 30,000 rpm). However the most valuable and promising application is the ability to shift the effective operating range to lower RPMs
Why This is a Game-Changer ?
Priority Sectors: Transport: electric vehicles, railway, marine, aerospace.
Industrial: pumps, compressors, heavy machinery
Industrial: pumps, compressors, heavy machinery
Note: PRINEM iGear enables a locomotive to accelerate to 1200 km/h (with a full load despite
aerodynamic resistance)
aerodynamic resistance)
Applications
6
1.Gain power and efficiency not by increasing RPM and voltage—a dead-end approach—but by +achieving high efficiency and power at lower RPM. For example, obtaining 1 MW of power within an effective RPM range of 2,500–30,000. Or 500–650 kW within a 2,000–20,000 RPM range
2.Reduced battery power demand – peak power
is available without extreme current draws
is available without extreme current draws
3.End of the RPM and voltage race –
PRINEM technology offers a smarter way
PRINEM technology offers a smarter way
What This Means ?
PRINEM iGear Asynchronous Motor
fundamentally reshapes expectations
for electric motors. Its key advantage—multi-mode operation acting as a built-in electromagnetic gearbox with a 5x power increase—represents a true paradigm shift
fundamentally reshapes expectations
for electric motors. Its key advantage—multi-mode operation acting as a built-in electromagnetic gearbox with a 5x power increase—represents a true paradigm shift
7
PRINEM Adaptive EM-9.3.3
A 9-phase induction motor with a winding commutation system featuring a triple nominal power range and 3x fault tolerance
Breakthrough in electrical engineering for the first time in history it is possible
to integrate any number of fully isolated windings. this can consist of multiple
three-phase winding sets or polyphase systems where each slot winding acts
as an independent phase
to integrate any number of fully isolated windings. this can consist of multiple
three-phase winding sets or polyphase systems where each slot winding acts
as an independent phase
Up to 50%
increase in overload capacity
Up to 50%
reduction in energy consumption
2-3x
extended service life
Enhanced Reliability
System remains operational even if part of the windings fail
Up to 50%
lower operating temperature
IE4+ Efficiency Class
exceeds global standards
02
02
Key Advantages
3 sets of fully isolated three-phase windings ensure enhanced fault tolerance and high power density
Active winding commutation maintains peak efficiency across the entire power range and optimizes energy consumption based on load
The 9-phase architecture significantly eliminates the risk of failure
Provides maximum performance over the entire operating range
Intelligent phase control maintains optimal consumption and maximum efficiency under variable load
Technical Superiority
Ideal for industries requiring any induction or synchronous motors that operate under variable load, delivering maximum energy savings and high fault tolerance
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»
Breakthrough in electrical engineering hor the first time
in history it is possible to integrate any number of fully isolated windings. This can consist of multiple three-phase winding sets or polyphase systems where each slot
winding acts as an independent phase
in history it is possible to integrate any number of fully isolated windings. This can consist of multiple three-phase winding sets or polyphase systems where each slot
winding acts as an independent phase
PRINEM Adaptive EM-9.3.3
A 9-phase induction motor with a winding commutation system featuring a triple nominal power range and 3x fault tolerance
1
reduction in energy consumption
2-3x
extended service life
Enhanced Reliability
system remains operational even if part of the windings fail
Up to 50%
lower operating temperature
IE4+ Efficiency Class:
exceeds global standards
Up to 50%
increase in overload capacity
Up to 50%
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»
2
Key Advantages
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»
3 sets of fully isolated three-phase windings ensure enhanced fault tolerance and high power density
Active winding commutation maintains peak efficiency across the entire power range and optimizes energy consumption based on load
Key Advantages
3
The 9-phase architecture significantly reduces the risk of failure
Provides maximum performance throughout the entire operating range
Intelligent phase control maintains optimal consumption and maximum efficiency under variable load
Technical Superiority
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»
4
Ideal for industries requiring any induction or synchronous motors that operate under variable load, delivering maximum energy savings and high fault tolerance
Applications
PRINEM IronForce SR
simple and low-cost control system
Controller
Universal switched reluctance electric motor (SRM) with applications ranging from scooters to heavy-duty trucks and locomotives
A cheap, simple, reliable, durable, and highly efficient synchronous motor with an adaptive form factor—available
in a standard housing or as the world's first PRINEM in-wheel motor, through a complete understanding of its underlying physics. This marks only the fourth fundamental in-wheel motor design in the history of electric propulsion
in a standard housing or as the world's first PRINEM in-wheel motor, through a complete understanding of its underlying physics. This marks only the fourth fundamental in-wheel motor design in the history of electric propulsion
Ultimate Design Simplicity
30-40%
lower production cost compared to PMSM (synchronous electric motor)
Excellent Freewheeling
high free-rolling efficiency with no resistance when unpowered
Rotor is Made Entirely of Steel
design uses no magnets or windings
Unmatched Reliability and Durability
03
03
A dream solution for both manufacturers and end-users of electric transport from scooters and bicycles to EVs, heavy
trucks and locomotives
trucks and locomotives
An electric motor with a broad application spectrum. Ideal for any application demanding high efficiency, simplicity and extreme durability especially in harsh operating conditions
1.Transport (from scooters to heavy trucks and locomotives)
3.Other specialized electric motor applications
2.Industrial equipment
Applications
This electric motor is available in various designs, from a cylindrical
form to a fully integrated wheel motor
Compact: Matches the compact size of permanent magnet motors
(the industry benchmark for power density)
The World First: PRINEM introduces the world's first switched reluctance wheel motor
form to a fully integrated wheel motor
Compact: Matches the compact size of permanent magnet motors
(the industry benchmark for power density)
The World First: PRINEM introduces the world's first switched reluctance wheel motor
Key advantages
Versatile Form Factor
Versatile Form Factor
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 IronForce SR
Universal switched reluctance electric motor (SRM) with applications ranging from scooters to heavy-duty trucks and locomotives
A cheap, simple, reliable, durable, and highly efficient synchronous motor with an adaptive form factor—available in a standard housing or as the world's first PRINEM in-wheel motor, through a complete understanding of its underlying physics. This marks only the fourth fundamental in-wheel motor design in the history of electric propulsion
1
design uses no magnets or windings
Unmatched Reliability and Durability
Ultimate Design Simplicity
Excellent Freewheeling
high free-rolling efficiency with no resistance
when unpowered
when unpowered
30-40%
lower production cost compared to PMSM (synchronous electric motor)
Rotor is Made Entirely of Steel
simple and low-cost control system
Controller
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»
2
Key Advantages
Высочайшая надежность и живучесть
Высокая эффективность свободного хода
Высокий накат без подачи питания на двигатель
Контроллер
A dream solution for both manufacturers
and end-users of electric transport from scooters and bicycles to EVs, heavy trucks and locomotives
and end-users of electric transport from scooters and bicycles to EVs, heavy trucks and locomotives
An electric motor with a broad application
spectrum. Ideal for any application demanding
high efficiency, simplicity and extreme durability
especially in harsh operating conditions
spectrum. Ideal for any application demanding
high efficiency, simplicity and extreme durability
especially in harsh operating conditions
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»
3
1.Transport (from scooters to heavy trucks and locomotives)
3.Other specialized electric motor applications
2.Industrial Equipment
Applications
Высочайшая надежность и живучесть
Высокая эффективность свободного хода
Высокий накат без подачи питания на двигатель
Простая и дешевая система управления
Контроллер
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»
4
This electric motor is available in various designs,
from a cylindrical form to a fully integrated wheel
motor
from a cylindrical form to a fully integrated wheel
motor
Compact: Matches the compact size of permanent magnet motors (the industry benchmark for power density)
The world first: PRINEM introduces the world's
first switched reluctance wheel motor
first switched reluctance wheel motor
Key Advantages
Versatile Form Factor
Versatile Form Factor
PRINEM IE5 Ultimate
5x
extended service life
The world's first and only direct-on-line induction motor to achieve
the IE5 efficiency class and reach the physical design limit
of efficiency without a variable frequency drive setting
the benchmark for performance
Capable of replacing multiple motors in a system and withstanding
an overload with a service factor of 3.0-4.0 (S2 duty cycle)
the IE5 efficiency class and reach the physical design limit
of efficiency without a variable frequency drive setting
the benchmark for performance
Capable of replacing multiple motors in a system and withstanding
an overload with a service factor of 3.0-4.0 (S2 duty cycle)
Breaking the paradigm according to the international standard IEC
60034-30-2, the 5th class of energy efficiency for electric motors
and generators (IE5) can only be achieved when they are controlled
by a frequency converter
PRINEM IE5 Ultimate electric motor shatters this existing paradigm
by operating directly from the mains power supply while providing reduced energy consumption
60034-30-2, the 5th class of energy efficiency for electric motors
and generators (IE5) can only be achieved when they are controlled
by a frequency converter
PRINEM IE5 Ultimate electric motor shatters this existing paradigm
by operating directly from the mains power supply while providing reduced energy consumption
Minimal Acoustic Noise
20-40%
reduced energy consumption
Exceptional Overload Capacity - Over 300%
higher (Peak Torque) compared to IE3 motors
30-40°C
lower winding temperature
Extremely Wide Power Range Compared to Conventional Induction Motors
04
04
Uses standard industrial materials
Produced on standard industrial equipment
Requires no overhaul of conventional induction motor manufacturing processes
Produced on standard industrial equipment
Requires no overhaul of conventional induction motor manufacturing processes
Key Advantages
The cost of a VFD (controller) can exceed that of the motor itself. PRINEM's solution eliminates this expense by redefining standards—it operates directly from the power grid requiring no frequency
converter or electronic control system
converter or electronic control system
No Variable Frequency Drive (VFD) Required
This electric motor can be used anywhere where increased size
is not a critical constraint, but reduced energy consumption
and operation under variable load (with a 4x power reserve) are required. This operational advantage compensates for its higher initial cost during its service life. (It offers a multiple safety margin
for torque during power overloads)
is not a critical constraint, but reduced energy consumption
and operation under variable load (with a 4x power reserve) are required. This operational advantage compensates for its higher initial cost during its service life. (It offers a multiple safety margin
for torque during power overloads)
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 IE5 Ultimate
The world's first and only direct-on-line induction motor
to achieve the IE5 efficiency class and reach the physical design limit of efficiency without a variable frequency drive setting the benchmark for performance
Capable of replacing multiple motors in a system and withstanding an overload with a service factor of 3.0-4.0 (S2 duty cycle)
to achieve the IE5 efficiency class and reach the physical design limit of efficiency without a variable frequency drive setting the benchmark for performance
Capable of replacing multiple motors in a system and withstanding an overload with a service factor of 3.0-4.0 (S2 duty cycle)
1
20-40%
reduced energy consumption
5x
extended service life
30-40°C
lower winding temperature
Exceptional Overload Capacity - Over 300%
higher (peak torque) compared to IE3 motors
Extremely Wide Power Range Compared to Conventional Induction Motors
Minimal Acoustic Noise
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»
2
Key advantages
Uses standard industrial materials
Breaking the paradigm according to the international standard IEC 60034-30-2, the 5th class of energy efficiency for electric motors and generators (IE5) can only be achieved when they are controlled by a frequency converter
PRINEM IE5 Ultimate electric motor shatters this
existing paradigm by operating directly from the mains power supply while providing reduced energy consumption
PRINEM IE5 Ultimate electric motor shatters this
existing paradigm by operating directly from the mains power supply while providing reduced energy consumption
Produced on standard industrial equipment
Requires no overhaul of conventional induction
motor manufacturing processes
motor manufacturing processes
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»
3
Key Advantages
The cost of a VFD (controller) can exceed that of the motor itself. PRINEM's solution eliminates this expense by redefining standards—it operates directly from the power grid requiring no frequency converter or electronic control system
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»
4
No Variable Frequency Drive (VFD) Required
This electric motor can be used anywhere where
increased size is not a critical constraint, but reduced energy consumption and operation under variable load (with a 4x power reserve) are required. This operational advantage compensates for its higher initial cost during its service life. (It offers a multiple safety margin for torque during power overloads)
increased size is not a critical constraint, but reduced energy consumption and operation under variable load (with a 4x power reserve) are required. This operational advantage compensates for its higher initial cost during its service life. (It offers a multiple safety margin for torque during power overloads)
Applications
05
PRINEM RoboStep
Unmatched Holding Force when Uncommutated
Voltage is Applied
Voltage is Applied
Synchronous symmetrical design torque ripple-free electric motor engineered to deliver outstanding starting torque, exceptional overload capacity, powerful holding force and stepper mode
In classical motor engineering theory RoboStep motor should not be able to operate at all. This motor has an equal number of rotor and stator elements whose interaction is similar to the
function of a circular electromagnet
Imagine a design incorporating 50 electromagnets. Such
a motor possesses unprecedented traction, starting torque from standstill and rotational acceleration dynamics
function of a circular electromagnet
Imagine a design incorporating 50 electromagnets. Such
a motor possesses unprecedented traction, starting torque from standstill and rotational acceleration dynamics
Unprecedented Starting Torque Right rom Standstill
Record-Breaking Overload Capacity
Stepper Mode
the precision of a stepper motor combined with
the power of a synchronous electric motor
the power of a synchronous electric motor
Record-Breaking Acceleration Dynamics
Up to 50%
lower operating temperature compared to conventional analogues that allows use of inexpensive magnets without the risk of demagnetization
motor reaches operating speed (RPM) in a "burst" with triple shaft overload when power is applied within the time it takes to pass from one magnet to the next
05
A simple cost-effective PRINEM-designed controller
Motor service life is multiple times higher than that of conventional analogues
The Problem with Conventional Steppers: They are inherently inefficient and their performance degrades as power increases. The PRINEM Solution: Our motor maintains high efficiency and all key performance characteristics in stepper mode even at elevated power levels
Key Advantages
Robotics, robotic arms, lifting mechanisms, conveyor belts, traction
motors for heavy-duty vehicles, drilling rigs, presses, and any technical
segment requiring immense overload capacity, the precise characteristics
of a high-power stepper motor with strong holding force, and maximum
torque from a standstill point.
motors for heavy-duty vehicles, drilling rigs, presses, and any technical
segment requiring immense overload capacity, the precise characteristics
of a high-power stepper motor with strong holding force, and maximum
torque from a standstill point.
Applications
The motor is manufactured similarly to the simplest permanent
magnet synchronous motor—making it multiple times cheaper
than a conventional stepper motor while outperforming it in every metric
magnet synchronous motor—making it multiple times cheaper
than a conventional stepper motor while outperforming it in every metric
Efficiency + Value
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 RoboStep
Synchronous symmetrical design torque ripple-free
electric motor engineered to deliver outstanding starting torque, exceptional overload capacity, powerful holding force and stepper mode.
High-efficiency industrial solution is capable of substantially reducing costs in robotics while significantly boosting its overall effectiveness
electric motor engineered to deliver outstanding starting torque, exceptional overload capacity, powerful holding force and stepper mode.
High-efficiency industrial solution is capable of substantially reducing costs in robotics while significantly boosting its overall effectiveness
1
Record-Breaking Overload Capacity
Unmatched Holding Force
when uncommutated voltage is applied
Stepper Mode
the precision of a stepper motor combined with the power of a synchronous electric motor
Record-Breaking Acceleration Dynamics
the motor reaches operating speed (RPM) in a "burst" with triple shaft overload when power is applied within the time it takes to pass from one magnet to the next
Up to 50%
lower operating temperature compared to conventional analogues that allows use of inexpensive magnets without the risk of demagnetization
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»
2
Key Advantages
A simple cost-effective PRINEM-designed controller
Motor service life is multiple times higher than that
of conventional analogues
of conventional analogues
The problem with conventional steppers: they are inherently inefficient and their performance degrades as power increases.
The PRINEM solution: our motor maintains high
efficiency and all key performance characteristics in stepper mode even at elevated power levels
The PRINEM solution: our motor maintains high
efficiency and all key performance characteristics in stepper mode even at elevated power levels
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»
3
Key advantages
In classical motor engineering theory RoboStep motor should not be able to operate at all. This motor has an equal number of rotor and stator elements whose interaction is similar to the function of a circular electromagnet
Imagine a design incorporating 50 electromagnets. Such a motor possesses unprecedented traction, starting torque from standstill and rotational acceleration dynamics
Imagine a design incorporating 50 electromagnets. Such a motor possesses unprecedented traction, starting torque from standstill and rotational acceleration dynamics
Unprecedented starting torque right from standstill
The motor is manufactured similarly to the simplest permanent magnet synchronous motor—making it multiple times cheaper than a conventional stepper motor while outperforming it in every metric
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»
4
Efficiency + Value
Robotics, robotic arms, lifting mechanisms, conveyor belts, traction motors for heavy-duty vehicles, drilling rigs, presses, and any technical segment requiring immense overload capacity, the precise characteristics of a high-power stepper motor with strong holding force, and maximum torque from a standstill point
Applications
PRINEM Maxinus EM
The world's most efficient synchronous electric motor by PRINEM featuring a non-salient pole permanent magnet rotor. It achieves sinusoidal electromagnetic interaction between the rotor and stator—a practical implementation of the Halbach array
A permanent magnet motor delivering significantly higher performance and the highest physically achievable synchronous rotor efficiency
Reduced Acoustic Noise
20–50%
wider power range compared to standard synchronous motors
Up to 70%
higher overload capacity (maximum torque)
Peak Efficiency at the Physical Limit
2-3x
extended service life
Up to 30%
lower production cost
30-50%
lower operating temperature
06
06
The world's only permanent magnet motor with a smooth transition between poles, ensuring maximum sinusoidal rotor-stator field interaction and optimal energy conversion efficiency
Key Advantages
Any deviation from it reduces rotor-stator field interaction which is why a non-salient pole rotor delivers superior efficiency
The Sine Wave is the Most Efficient Waveform
The rotor is a drop-in replacement for standard induction motor stators while maintaining full compatibility with original (conventional) drive
systems (controller)
systems (controller)
Direct Integration
EV, locomotives, ships, heavy-duty trucks, etc.
Any application requiring the highest energy efficiency in synchronous motors.
This motor is suitable wherever significant increases in power, maximum torque (overload capacity), and a substantial extension of the operating (effective) RPM range are required
Any application requiring the highest energy efficiency in synchronous motors.
This motor is suitable wherever significant increases in power, maximum torque (overload capacity), and a substantial extension of the operating (effective) RPM range are required
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 EM
The world's most efficient synchronous electric motor by PRINEM featuring a non-salient pole permanent magnet rotor. It achieves sinusoidal electromagnetic interaction between the rotor and stator—a practical implementation of the Halbach array
A permanent magnet motor delivering significantly higher performance and the highest physically achievable synchronous rotor efficiency
1
20–50%
wider power range compared to standard synchronous motors
Up to 30%
lower production cost
30-50%
lower operating temperature
Up to 30-50%
Reduced Acoustic Noise
Высочайшая эффективность на физических пределах
lower operating temperature
Up to 70%
higher overload capacity (maximum torque)
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»
2
Key Advantages
Peak Efficiency at the Physical Limit
The World's Only Permanent Magnet Motor
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»
with a smooth transition between poles, ensuring maximum sinusoidal rotor-stator field interaction and optimal energy conversion efficiency
The Sine Wave is the Most Efficient Waveform
any deviation from it reduces rotor-stator field
interaction which is why a non-salient pole rotor
delivers superior efficiency
interaction which is why a non-salient pole rotor
delivers superior efficiency
Direct lntegration
the rotor is a drop-in replacement for standard
induction motor stators while maintaining
full compatibility with original (conventional) drive
systems (controller)
induction motor stators while maintaining
full compatibility with original (conventional) drive
systems (controller)
3
Key Advantages
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»
4
EV, locomotives, ships, heavy-duty trucks, etc.
Any application requiring the highest energy
efficiency in synchronous motors
This motor is suitable wherever significant increases in power, maximum torque (overload capacity), and a substantial extension of the operating (effective) RPM range are required
Any application requiring the highest energy
efficiency in synchronous motors
This motor is suitable wherever significant increases in power, maximum torque (overload capacity), and a substantial extension of the operating (effective) RPM range are required
Applications
PRINEM Alu-Tech
Aluminum Winding Technology - replacing copper with aluminum in stator windings while simultaneously improving energy efficiency and achieving record-low operating temperatures
Enables direct replacement of copper windings with aluminum windings
in motors and generators while maintaining* original frame (dimensions),
offering manufacturers a global solution for transitioning from copper
to aluminum windings
*In low-power motors an increase of one frame size may be required
in motors and generators while maintaining* original frame (dimensions),
offering manufacturers a global solution for transitioning from copper
to aluminum windings
*In low-power motors an increase of one frame size may be required
Improved Energy Efficiency Class
IE3-IE4+
IE3-IE4+
Extended Maintenance Intervals
Future Price Stability and Resilient Aluminum
Supply Chain
Supply Chain
2-3x
6x
reduction in winding cost
extended service life
Reduced Weight
of Motor/Generator
of Motor/Generator
50-70%
lower winding temperature
07
07
Suitable for both motors and generators of synchronous
and asynchronous types
and asynchronous types
Universal Solution
Global aluminum reserves exceed copper reserves by million time.
Copper prices will rise non-linearly compared to aluminum prices
making PRINEM Alu-Tech a forward-looking choice for the fast-growing electric motor market.
making PRINEM Alu-Tech a forward-looking choice for the fast-growing electric motor market.
Strategic Economic Advantage
All induction and synchronous motors and generators with following priorities: cost reduction, durability and extended
maintenance intervals
maintenance intervals
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 Alu-Tech
Aluminum Winding Technology - replacing copper with aluminum in stator windings while simultaneously improving energy efficiency and achieving record-low operating temperatures
Enables direct replacement of copper windings with aluminum windings in motors and generators while maintaining* original frame (dimensions), offering manufacturers a global solution for transitioning from copper to aluminum windings
1
50-70%
lower winding temperature
Improved Energy Efficiency Class
(IE3-IE4+)
(IE3-IE4+)
Reduced Weight of Motor/Generator
Extended Maintenance Intervals
Future Price Stability
resilient aluminum supply chain
2-3x
Высочайшая эффективность на физических пределах
extended service life
6x
reduction in winding cost
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»
2
Key Advantages
3
Suitable for both motors and generators of synchronous and asynchronous types
Universal Solution
Global aluminum reserves exceed copper reserves by million time
Copper prices will rise non-linearly compared to aluminum prices making PRINEM Alu-Tech a forward-looking choice for the fast-growing electric motor market
Strategic Economic
Advantage
Advantage
All induction and synchronous motors and generators with following priorities: cost reduction, durability and extended maintenance intervals
Applications
PRINEM Smart
Synchronous or Asynchronous VFD electric motor with record-breaking reductions in size, weight and cost
The true value of PRINEM SMART motors isn't
just in their lower price but in their new
technological capabilities they make possible
just in their lower price but in their new
technological capabilities they make possible
Reduced Noise Levels
200–300%
wider power range
Up to 40%
higher overload capacity (peak torque )
Higher Efficiency
2-3x
smaller/Lighter for equivalent power
50%
lower production cost
30%
lower operating temperature
08
Improved IE Energy Efficiency Class Compared to
a Standard Larger Model
a Standard Larger Model
08
PRINEM SMART technology enables a revolutionary reduction
in motor size and weight, while simultaneously achieving
in motor size and weight, while simultaneously achieving
1. Higher power output
2. No increase in RPM
3. No increase in voltage
4. Improved efficiency
5. Enhanced overload capacity
Key Advantages
Traction (transport) motors, industrial motors, special-purpose motors, submersible motors, etc.
Applications
For instance, submersible motors by PRINEM SMART technology enables the equipment that is twice as light and twice
as compact for oil extraction (equipment that is 50%
lighter and 50% smaller).
as compact for oil extraction (equipment that is 50%
lighter and 50% smaller).
Standard Submersible Pump
PRINEM Submersible Pump
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 Smart
Synchronous or Asynchronous VFD electric motor
with record-breaking reductions in size, weight and
cost
with record-breaking reductions in size, weight and
cost
The true value of PRINEM SMART motors isn't just
in their lower price but in their new technological capabilities they make possible
in their lower price but in their new technological capabilities they make possible
1
200–300%
wider power range
30%
Reduced Noise Levels
Higher Efficiency
lower operating temperature
50%
lower production cost
2-3x
smaller/lighter for equivalent power
Up to 40% higher
overload capacity (peak torque )
2
Key Advantages
Improved IE Energy Efficiency Class Compared to a Standard Larger Model
PRINEM SMART technology enables a revolutionary reduction in motor size and weight, while simultaneously achieving
1. Higher power output
2. No increase in RPM
3. No increase in voltage
4. Improved efficiency
5. Enhanced overload capacity
3
Key Advantages
Traction (transport) motors, industrial motors,
special-purpose motors, submersible motors, etc.
special-purpose motors, submersible motors, etc.
For instance, submersible motors by PRINEM SMART technology enables the equipment that is twice as light and twice as compact for oil extraction (equipment that is 50% lighter and 50% smaller)
4
Applications
Standard Submersible
Pump
Pump
PRINEM Submersible
Pump
Pump
PRINEM Axial
More Compact Cooling System
PRINEM Axial Flux permanent magnet synchronous motor
Axial flux motors represent the most advanced physical configuration
for magnetic and current circuits today. However they are complex
to manufacture, requiring specialized production equipment
and sophisticated costly controllers, coupled with a complex
and powerful cooling system
PRINEM technology dramatically improves motor reliability and energy efficiency while reducing the total system cost including controller and
cooling system cost.
for magnetic and current circuits today. However they are complex
to manufacture, requiring specialized production equipment
and sophisticated costly controllers, coupled with a complex
and powerful cooling system
PRINEM technology dramatically improves motor reliability and energy efficiency while reducing the total system cost including controller and
cooling system cost.
Reduced Inrush Currents
Up to 50 %
lower motor controll unit cost
30 to 100%
higher max. RPM & effective
frequency
frequency
2-3x
improvement in reliability and service life
20%+
Up to 50%
higher overload capacity / peak torque
lower operating temperature
Up to 30%
power increase
09
09
PRINEM axial flux electric motors deliver increased power and overload capacity while operating at lower temperatures. Technology reduces manufacturing cost of the associated controller
Key Advantages
EV Traction motors, aviation, and robotics. Any application requiring the highest possible power-to-weight ratio (kW per kg of motor
weight)
weight)
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 Axial
PRINEM Axial flux permanent magnet
synchronous motor
synchronous motor
Axial flux motors represent the most advanced physical configuration for magnetic and current circuits today. However they are complex to manufacture, requiring specialized production equipment and sophisticated costly controllers, coupled with a complex and powerful cooling system
PRINEM technology dramatically improves motor reliability and energy efficiency while reducing the total system cost including controller and cooling system cost
PRINEM technology dramatically improves motor reliability and energy efficiency while reducing the total system cost including controller and cooling system cost
1
Up to 30%
power increase
50 %
Reduced Inrush Currents
lower motor controll unit cost
30 to 100%
higher max. RPM & effective frequency
2-3x
improvement in reliability and service life
More Compact Cooling System
20%+
higher overload capacity / peak torque
Up to 50%
lower operating temperature
2
Key Advantages:
3
PRINEM axial flux electric motors deliver increased power and overload capacity while operating at lower temperatures. Technology reduces manufacturing cost of the associated controller
Key Advantages
Any application requiring the highest possible
power-to-weight ratio (kW per kg of motor weight)
power-to-weight ratio (kW per kg of motor weight)
Applications
10
PRINEM e-Diff DualDrive
Weight Reduction
Compatibility
available as a nine-phase system and compatible with other PRINEM options
An innovative dual-rotor induction motor with an integrated controlled electromagnetic differential
A world-first innovation: the functions of a mechanical differential are achieved through electromagnetic interactions (no gears) and integrated directly into
the electric motor's design. This provides a unique combination of technical capabilities, resulting in a more compact, lighter, and more reliable system
the electric motor's design. This provides a unique combination of technical capabilities, resulting in a more compact, lighter, and more reliable system
Cost Reduction
Simple Design
High Efficiency
Extended Service Life
Electromagnetic Differential
Two Independent Rotors
10
The motor contains two independent rotors that can rotate at different speeds based on the load. These are designed to be connected directly to a vehicle's half-shafts with the differential function achieved electromagnetically rather than through mechanical parts
The world's first electric motor where the motor itself performs the function of a mechanical differential
How It Works ?
The controller's volt-per-hertz (V/f) characteristic manages the locking torque—determining whether the rotors (and thus the half-shafts) are forced to spin at the same speed (RPM) or are allowed to slip under differing loads—and manages torque distribution between them
Controlled Electromagnetic Differential
Eliminating the mechanical differential simplifies the drivetrain and reduces
its overall weight. The motor is designed as a simple, durable, lightweight
and efficient direct drive
its overall weight. The motor is designed as a simple, durable, lightweight
and efficient direct drive
Reduced Cost & Weight
Its simplicity, durability and high efficiency make it an optimal solution for city cars, affordable family EV and light/medium-duty trucks
Primary: automotive, agricultural machinery
Ideal for commercial transport
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 e-Diff DualDrive
An innovative dual-rotor induction motor with
an integrated controlled electromagnetic differential
an integrated controlled electromagnetic differential
A world-first innovation: the functions of a mechanical differential are achieved through electromagnetic interactions (no gears) and integrated directly into
the electric motor's design. This provides a unique combination of technical capabilities, resulting in a more
compact, lighter, and more reliable system
the electric motor's design. This provides a unique combination of technical capabilities, resulting in a more
compact, lighter, and more reliable system
1
Compatibility
available as a nine-phase system and compatible
with other PRINEM options
with other PRINEM options
Cost Reduction
Weight Reduction
Two Independent Rotors
Electromagnetic Differential
Simple Design
Extended Service Life
High Efficiency
2
Key advantages
3
The motor contains two independent rotors that can rotate at different speeds based on the load. These are designed to be connected directly to a vehicle's half-shafts with the differential function achieved electromagnetically rather than through mechanical parts
The world's first electric motor where the motor itself performs the function of a mechanical differential
How It Works ?
The controller's volt-per-hertz (V/f) characteristic manages the locking torque—determining whether the rotors (and thus the half-shafts) are forced to spin at the same speed (RPM) or are allowed to slip under differing loads—and manages torque distribution between them
Controlled Electromagnetic Differential
4
Eliminating the mechanical differential simplifies the drivetrain and reduces its overall weight. The motor is designed as a simple, durable, lightweight and efficient direct drive
Reduced Cost & Weight
Its simplicity, durability and high efficiency make it an optimal solution for city cars, affordable family EV and light/medium-duty trucks
Primary: automotive,agricultural machinery
Ideal for commercial transport
Applications
11
PRINEM High-Voltage AC Synchronous Motors
An innovative solution that completely eliminates the traditional drawbacks of high-voltage motors while simultaneously reducing weight, energy consumption and increasing energy efficiency
PRINEM technology delivers breakthrough improvements in high-voltage motor performance, transforming them from archaic systems with inherent problems into a modern, technically sophisticated product
Increased Energy Efficiency (IE Class)
15–40%
reduction in size/weight
Easy Startup
reduces startup time and enhances operational
performance
performance
Higher Efficiency
minimizes unaccounted losses and reduces armature
excitation current
excitation current
Cost Reduction ≥30%
while maintaining original technical and operational specifications
11
Compatible with the PRINEM Alu-Tech aluminum winding system - a cost-effective material option
Compatibility
PRINEM high-voltage, high-efficiency AC motor with its simplified starting system is ideal for the following sectors: all types of pipeline systems high-power pumping stations high-capacity ventilation systems mining industry (from hoist drives to dewatering pumps) heavy machinery manufacturing walking excavators high-power conveyor systems, etc.
Application
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 High-Voltage AC Synchronous Motors
An innovative solution that completely eliminates
the traditional drawbacks of high-voltage motors
while simultaneously reducing weight, energy
consumption and increasing energy efficiency
the traditional drawbacks of high-voltage motors
while simultaneously reducing weight, energy
consumption and increasing energy efficiency
PRINEM technology delivers breakthrough
improvements in high-voltage motor
performance, transforming them from archaic
systems with inherent problems into a modern,
technically sophisticated product
improvements in high-voltage motor
performance, transforming them from archaic
systems with inherent problems into a modern,
technically sophisticated product
1
Simplified Startup
reduces startup time and enhances operational
performance
performance
Cost Reduction ≥30%
while maintaining original technical and operational specifications
Higher Efficiency
minimizes unaccounted losses and reduces armature excitation current
15–40%
Increased Energy Efficiency (IE class)
reduction in size/weight
2
Key Advantages
3
Compatible with the PRINEM Alu-Tech aluminum
winding system - a cost-effective material option
winding system - a cost-effective material option
Compatibility
PRINEM high-voltage, high-efficiency AC motor with
its simplified starting system is ideal for the following sectors: All types of pipeline systems High-power pumping stations High-capacity ventilation systems mining industry (from hoist drives to dewatering pumps) heavy machinery manufacturing Walking excavators High-power conveyor systems, etc.
its simplified starting system is ideal for the following sectors: All types of pipeline systems High-power pumping stations High-capacity ventilation systems mining industry (from hoist drives to dewatering pumps) heavy machinery manufacturing Walking excavators High-power conveyor systems, etc.
Application
PRINEM PowerRing
Ideal for Integration Into Existing Systems
Innovative induction motor design for industrial solutions featuring a unique ring-shaped configuration of its active components
9-phase configuration, SMART and other PRINEM technology options
are available.
are available.
Exceptional Reliability
Controller
Lower Cost Compared to Synchronous Motors
12
simple and reliable
12
1. Active zone is on the outer radius leaving the
internal space free for blades, spokes, or hollow
internal space free for blades, spokes, or hollow
2. Both external and internal rotation versions
3. Available in both asynchronous and synchronous versions based on proven industrial technologies
Key Heatures
Ventilation and pumping systems, transport, conveyors
and industrial drive wheels. It serves as a direct alternative
in any application currently using synchronous ring motors.
and industrial drive wheels. It serves as a direct alternative
in any application currently using synchronous ring motors.
It has significant potential to replace synchronous
motors due to its simplified design and lower cost
motors due to its simplified design and lower cost
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 PowerRing
Innovative induction motor design for industrial
solutions featuring a unique ring-shaped configuration
of its active components
solutions featuring a unique ring-shaped configuration
of its active components
9-phase configuration, SMART and other PRINEM
technology options are available
technology options are available
1
Lower Cost Compared to Synchronous Motors
Ideal for Integration Into Existing Systems
Exceptional Reliability
Controller
simple and reliable
2
Key Features
1. Active zone is on the outer radius leaving
the internal space free for blades, spokes, or hollow
the internal space free for blades, spokes, or hollow
2. Both external and internal rotation versions
3. Available in both asynchronous and synchronous versions based on proven industrial technologies
3
Key Features
Ventilation and pumping systems, transport,
conveyors and industrial drive wheels. It serves as a direct alternative in any application currently using synchronous ring motors.
conveyors and industrial drive wheels. It serves as a direct alternative in any application currently using synchronous ring motors.
It has significant potential to replace synchronous
motors due to its simplified design and lower cost
motors due to its simplified design and lower cost
Applications