Key Features:
✔ 9-Phase Asynchronous Motor – Enhanced fault tolerance & power density
✔ Polyphase Synchronous Generator – Superior voltage regulation
✔ Active Winding Commutation – Real-time power adjustment without efficiency loss

ADAPTIVE Motor Advantages:
• Dramatically Improved Reliability – Redundancy scales with the number of independent windings *(e.g., 9-phase system can sustain multiple winding failures)*
• Wide High-Efficiency Power Band – Maintains peak efficiency across 100-300 kW range (vs. conventional motors only efficient at max rated power)
• 50% Lower Energy Consumption – Matches three-phase motor output while using half the electricity
• 50% Higher Peak Torque – Exceptional overload capacity for demanding applications
Technical Superiority:
9-phase design eliminates single-point failure risks
Intelligent phase management maintains optimal flux density at all loads
No derating required – Delivers full performance across entire operating range

ADAPTIVE Generator Advantages:

Unmatched Performance & Efficiency
✔ 3× Wider High-Efficiency Power Range – Maintains peak efficiency across 100-300 kW (vs. conventional generators limited to narrow load points)
✔ IE4+ Efficiency Class – Exceeds global energy standards
✔ 2-3× Extended Optimal RPM Range – Superior performance across variable speeds
Breakthrough Reliability & Control
✔ Modular Redundancy – Reliability scales with independent windings *(9-phase = fault-tolerant operation)*
✔ Adaptive Power Matching – Dynamically adjusts winding groups to minimize fuel/power consumption
✔ Zero Voltage Ripple – Clean output even at low RPMs

Applications:
Electric vehicles, wind turbines, locomotives, ships, heavy trucks, conveyors, etc.
Any asynchronous motors operated with load variation and maximum energy savings or high fault tolerance are required.

This is the highest physically achievable efficiency of a synchronous rotor (motor or generator) on permanent magnets

The only electric motor or electric generator on permanent magnets in the world which has a smooth transition from one pole to another ensuring maximum interaction with the stator field and optimal energy conversion efficiency.
• The sinusoid is the most efficient graph. Any deviation from the sinusoid leads to a decrease in interaction of the rotor with the stator field. And therefore the non-salient pole rotor is the most efficient


Key Advantages:
• Performance Breakthroughs:

✔ 20-50% Wider Power Range (vs. conventional synchronous machines)
✔ 70% Higher Peak Torque (overload capability)
✔ 30% Lower Production Costs
• Operational Superiority:
✔ 30-50% Lower Operating Temperatures (exceeding industry norms)
✔ Reduced Acoustic Noise
✔ Efficiency at Physical Limits (maximizing electromechanical conversion)
Unique Compatibility:
⚡ Direct Integration – Rotor fits standard asynchronous stators while maintaining VFD (variable-frequency drive) compatibility

Applications:

1. Electric vehicles, locomotives, ships, heavy trucks, etc. Any synchronous motors where the highest energy efficiency is require
2. Synchronous generators.

This electric motor can be used wherever there is a need to considerably increase power, maximum torque (overload capacity), significantly expanding the range of operating RPM

Key Advantages vs. Conventional Motors:
✔ 200-300% Wider Power Range (2-3x smaller/lighter than motors with equivalent power)
✔ 40% Higher Peak Torque (overload capability)
✔ 50%+ Lower Production Costs
✔ Reduced Noise Levels
✔ Higher Efficiency (η)
✔ Improved IE Energy Efficiency Class
Manufacturing Competitive Edge:


 
PRINEM SMART allows manufacturers to produce motors with unmatched power-to-size ratios – impossible for competitors to replicate.


Applications:

Transport motors, industrial motors, special-purpose motors, submersible motors, etc.

Market value of electric motors produced using PRINEM SMART Technology will not be determined by cost price but by the technological possibilities it offers.


For example in submersible pumps PRINEM SMART technology enables operation with equipment that is twice as light and twice as small in size for oil extraction (equipment that is 50% lighter and 50% more compact)

By creating opposing magnetic induction vectors in the generator's active part its output voltage doubles compared to analogues. It means double electrical power output compared to two-blade analogs of the same footprint.

The electric generator is available in a polyphase version. In this case, it combines the properties of a generator with variable power ADAPTIVE and a two-shaft generator with increased energy output

Applications:
Primarily wind power generation.
Any segments requiring maximum reduction in generator's weight and dimensions.

Operational Enhancements
✔ Easier starting – Reduced startup time and improved acceleration characteristics
✔ Higher efficiency (η) – Minimizes unaccounted losses and reduces armature excitation current
✔ Improved energy efficiency (IE class)
Design Advantages
✔ 15-40% reduction in size/weight
✔ ≥30% lower manufacturing costs – With no compromise to technical performance
✔ Aluminum windings compatible – Cost-efficient material option

Applications:
High-voltage efficient AC motor with easy-start system will be in demand in the following sectors:
All types of pipelines, powerful pumping stations, powerful ventilation, mining (from cage drive to dewatering pumps), heavy engineering, walking excavators, powerful conveyors, etc.

Industry Breakthrough
Eliminates costly power electronics: IE5 efficiency is conventionally only achievable with VFDs (per IEC 60034-30-2)
VFDs often cost more than the motor itself – PRINEM's solution removes this expense
Technical Advantages vs. IE3 Motors
✔ 20-40% lower energy consumption
✔ 30-40°C windings operating temperatures
✔ Minimal acoustic noise
✔ 300% higher overload capacity
Manufacturing Simplicity

• Uses standard materials
• Produced on mid-tier industrial equipment
• No changes to conventional asynchronous motor production lines

Applications:
Any application where size is not critical but reduced energy consumption and variable load operation are required.

Key Advantages:
✔ Universal Application – Works for both motors and generators
✔ Equal or Better Performance vs. copper-wound equivalents
✔ IE3-IE4+ Energy Efficiency increase
✔ 30-40°C Lower Winding Temperatures
✔ Extended Service Life – Longer maintenance intervals
✔ 6x Lower Winding Cost
✔ Reduced Motor/Generator Weight
*) For low-power machines: May require one size increase in frame dimensions.

Strategic Economic Benefit
World reserves of aluminum exceed copper 1 million times →
Copper prices will rise nonlinearly vs. aluminum, making PRINEM AL the future-proof choice for the fast growing electric machine market.
Why PRINEM AL?
No performance trade-offs – Maintains efficiency and power density
Drop-in solution – No redesign needed for most applications
Future cost stability – Aluminum supply chain resilience

Applications:
All asynchronous and synchronous motors and generators where cost reduction, durability, and extended service intervals are priorities.

Key Features:

A simple, reliable, and highly efficient synchronous motor that:
✔ Eliminates permanent magnets – Uses only electrical steel in the rotor
✔ Matches the compact size of permanent magnet motors (the industry benchmark for power density)
✔ Delivers 30-40% lower cost vs. permanent magnet synchronous motors

Unique Advantages:


• Ultra-simple construction – Minimal moving parts
• Magnet-free rotor – No rare-earth materials or windings
• Low-cost control system – Standard controllers suffice
• High free-rolling efficiency – Low resistance when unpowered
• Exceptional durability – Designed for harsh environments

Why This Matters:
Breaks cost/performance trade-offs of traditional designs
Avoids supply chain risks (no magnets).
Sets new standards for reliability in wheel-driven applications

Applications:
A multipurpose electric motor suitable for any application demanding high efficiency, simplicity, and extreme resilience - especially in harsh or extreme operating conditions.
1. Transportation (heavy-duty vehicles)
2. Industrial machinery (severe-duty applications)
3. Other specialized motors

✔ 200-300% wider efficient RPM range (vs. conventional synchronous motors)
✔ 50% higher peak torque (overload capacity)
✔ 30-50°C lower operating temperatures
✔ Reduced noise levels
Ideal for any application requiring:
✔ Extended efficient RPM range without torque dips
✔ Full-range maximum torque and power delivery
✔ Peak energy efficiency from standstill to high speeds
✔ Reliable startup even under full load
✔ Superior dynamic response for electrocars across all operating modes

Unique Performance Profile:
Low RPM: Performs like a neodymium magnet motor
High RPM: Performs like a ferrite magnet motor

Applications:
• Electric vehicles
• Locomotives
• Marine propulsion
• Heavy-duty trucks
• Any synchronous motor application demanding ultimate efficiency