Superconductive thermal loop
Liquid helium-cooled channels keep windings at 4K, eliminating resistive loss and unlocking 95%+ drive efficiency.
Cryogenic Cooling
Superconductive thermal control for magnetic inertia performance.
Ioncore’s cryogenic cooler stabilizes electromagnetic motion at near-zero resistance, enabling ultra-quiet, high-efficiency output for mission-critical energy deployments.
Precision electromagnetic control
Dual-axis Hall arrays and DSP tuning continuously align magnetic flux, maintaining smooth inertia even under dynamic loads.
Industrial-grade resilience
Redundant cryocoolers, hybrid bearings, and vibration-damped chassis support 24/7 uptime in hospital and industrial settings.
Performance contrast
Benchmarking against diesel generation.
Cryogenic stabilization reduces heat, boosts energy density, and slashes noise—delivering a cleaner cost-per-kilowatt profile over the complete lifecycle.
| Metric | Ioncore Magnetic Inertia | Traditional Diesel |
|---|---|---|
| Total initial cost | $63,350 | $10,000 |
| Annual maintenance | $5,000 | $2,000 |
| Efficiency | 95% | 30% |
| Daily energy output | 188.4 kWh | 50 kWh |
| Annual energy output | 68,766 kWh | 18,250 kWh |
| Noise level | 25–30 dB | 70–85 dB |
| Required space | 144 sq ft | 64 sq ft |
| Surplus energy | 100 kWh/day | Minimal |
| Maintenance frequency | Biannual | Quarterly |
| Downtime | Minimal | Moderate |
5-year total cost
$88,350
Complete ownership with cryogenic upkeep.
Total energy produced
343,830 kWh
6.3× more clean output vs diesel benchmarks.
Cost per kWh
$0.26
32% lower lifetime energy cost.
Core assembly
- 4140 alloy steel shaft – Ø50mm × 1000mm (McMaster-Carr)
- Hybrid ceramic bearings – Ø50mm ID (SKF)
- Spur gear train – 20 tooth steel (Boston Gear)
- Electromagnets – 1000 turns, AWG18 (TEMCo)
Control & storage
- Redundant control unit – Arduino Mega + Siemens PLC
- Hall-effect sensing arrays for flux alignment
- 200 kWh Li-ion pack, 400V BMS (LG Chem / Tesla)
- Predictive analytics dashboard with remote alerts
Cryogenic loop
- Sumitomo RDK-408D2 cryocooler with integrated Dewar
- Laing D5 circulation pump + Noctua thermal fans
- Vacuum-insulated transfer lines & manifold
- Thermal shielding with aerogel composite panels
Operational intelligence
Thermal and electrical stability at scale.
Cryogenic conduction slashes resistive heat from 5.76W to 0.056W, preserving coil integrity while unlocking instant load response for microgrid and facility integration.
Performance metrics
- Electrical resistance drop: 10Ω ➝ 1Ω
- Effective cryo power draw: 5.76W after loss mitigation
- Net heat output reduction: >90%
- Temperature delta in cryogenic loop: +0.145K
Installation essentials
- Footprint: 12 × 12 ft (144 sq ft)
- Minimum ceiling height: 6 ft
- Indoor enclosure with directional airflow
- Vibration-damped plinth with thermal isolation
Support cadence
- Biannual cryocooler inspection & fluid refresh
- Quarterly electromagnet calibration
- Remote diagnostics with predictive alerts
- 24/6 expert engineering support
Ready for a deeper technical alignment?
Connect with Ioncore’s cryogenic engineering team to map deployment timelines, integration costs, and resilience objectives.
