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Permanent Magnet Synchronous Generator | Ioncore Energy
Generator Platform

Permanent Magnet Synchronous Generator

Ioncore’s Permanent Magnet Synchronous Generator (PMSG) delivers grid-ready power density with exceptional efficiency. Designed for modern renewable ecosystems, the platform eliminates external excitation requirements, reduces maintenance, and unlocks resilient generation in any environment.

97%

Peak conversion efficiency with precision magnetics.

0.98

Power factor stability under variable load profiles.

<2%

Total harmonic distortion for grid-compliant output.

High-efficiency powertrain

Permanent magnet rotors and low-loss laminations deliver immediate torque response with minimal electrical resistance, ensuring rapid synchronization and superior power quality.

  • High copper fill factors for optimized flux linkage.
  • Precision-balanced rotors for vibration-free operation.
  • Dynamic voltage regulation across load profiles.

Modular architecture

Segmented stator assemblies and configurable pole counts enable rapid customization for wind, hydro, EV regeneration, or hybrid storage integration.

  • Compact footprint for nacelle or containerized installations.
  • Scalable voltage classes from 400 V to 13.8 kV.
  • Hot-swappable subassemblies minimize downtime.

Built-in resilience

Corrosion-resistant alloys, encapsulated windings, and redundant sensing provide reliable uptime under marine spray, desert heat, or polar cold.

  • IP67 sealing with conformal coating protection.
  • Multi-axis vibration monitoring and fault alerts.
  • IEC 61400-1 compliant for global certification pathways.
Performance snapshot

Engineering specifications

Ioncore engineers calibrate every generator for balanced thermal loading, rapid control response, and sustained energy output even in turbulent environments.

Nominal output

1 – 5 MW

Configurable ratings for medium-scale renewable and hybrid microgrids.

Torque density

42 Nm/kg

High-energy rare-earth magnets provide unmatched torque in compact volumes.

Cooling strategy

Liquid + Forced Air

Dual-path cooling maintains winding temperatures below 90°C continuous.

Control interface

IEC 61850

Native SCADA integration for supervisory control and data acquisition.

Deployment pathways

Strategic applications

Wind energy

  • Direct-drive offshore nacelles reduce drivetrain maintenance.
  • Variable-speed operation optimizes power in low-wind regimes.
  • Grid codes satisfied with fast reactive power support.

Hydro & tidal

  • Encapsulated windings resist moisture ingress and corrosion.
  • Low-speed torque ensures generation from slow-moving flows.
  • Remote diagnostics keep isolated assets productive.

Advanced mobility

  • High-regeneration capacity for electric aviation and marine.
  • Lightweight design complements hybrid propulsion systems.
  • Thermal resilience supports repeated acceleration cycles.

Microgrid resilience

  • Pairs with Ioncore flywheels and storage for uninterrupted supply.
  • Fast black-start capabilities restore power after outages.
  • Adaptive controls stabilize grids with high renewables penetration.

Engineer the next generation of renewable performance

Collaborate with Ioncore’s specialists to configure a PMSG that aligns with your duty cycle, regulatory requirements, and deployment timeline. We provide end-to-end support from prototyping through commissioning.

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