Magnetic Inertia Platform

Magnetic Inertia System

Ioncore’s modular magnetic inertia system synchronizes frictionless bearings, adaptive electromagnets, and intelligent storage to deliver continuous, eco-forward power for healthcare, retail, residential, and mobile deployments.

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130 kWh

Daily surplus achievable in cryogenic-optimized 90 mm builds.

1 hr

Rapid charge for handheld packs supporting mobile teams.

Multi-Site

Configurable formats spanning handheld to campus-scale hubs.

Ioncore handheld drill concept powered by the magnetic inertia system

System Architecture

Precision-engineered assemblies for seamless energy orchestration.

Each subsystem is crafted to minimize drag, stabilize thermal loads, and preserve stored energy so every installation performs like a concierge-managed power plant.

Magnetic Bearing Stack

Levitation bearings suspend the rotor assembly, removing mechanical contact and enabling ultra-high rotational speeds.

Active levitation feedback maintains micrometer precision.
Zero-contact rotation boosts lifespan and efficiency.
Flux containment preserves structural integrity.

Electromagnetic Drive

Tri-phase electromagnets orchestrate acceleration, braking, and torque output, ensuring smooth response at any load.

Adaptive pulse sequencing limits power loss.
Dynamic torque control matches demand curves.
Safety interlocks secure operation in mission-critical zones.

Intelligent Control Unit

Sensor-rich control core supervises thermal conditions, vibration, and storage balance with AI-driven decisioning.

Embedded diagnostics predict maintenance windows.
Continuous telemetry informs fleet operators.
Secure firmware defends against tampering.

Thermal & Storage Core

Hybrid cooling keeps coils and batteries in optimal ranges while modular storage expands from handheld packs to 200 kWh banks.

Cryogenic integration for high-density sites.
Lithium-ion suites scale per application.
Active airflow directs heat away from sensitive zones.

Configurable Capacity

Right-sized storage modules for every deployment tier.

Capacity modelling based on simulated, steady-state operation.
Unit	Energy (Wh)	Dimensions (mm)	Cell Count	Charge Time	Primary Use Cases
Handheld Pack	50	50 × 50 × 100	10	1 hour	Mission kits, emergency lighting, field tools
50 mm Module	200	100 × 100 × 200	20	2 hours	Retail resiliency, medical carts, remote kiosks
75 mm Module	500	150 × 150 × 300	30	3 hours	Home energy hubs, fabrication suites, workshops
90 mm Module	1000	200 × 200 × 400	50	4 hours	Campus backups, microgrids, medical centers

Performance values reflect laboratory simulations; live deployments are tuned to local climate, load profiles, and grid interaction requirements.

Performance Envelope

Magnetic drive efficiency engineered for predictable uptime.

Daily energy balance assuming fully optimized magnetic sequencing.
Model	Output (kWh/day)	Consumption (kWh/day)	Net Surplus (kWh/day)	Cooling Strategy	Thermal Range
Handheld	2.5	1.0	1.5	Precision fan array	20–30 °C
50 mm Unit	50	10	40	Precision fan array	20–30 °C
75 mm Unit	100	15	85	Cryogenic loop	-150 to -200 °C
90 mm Unit	150	20	130	Cryogenic loop	-150 to -200 °C

Frictionless advantage

Magnetic levitation keeps moving parts hovering, converting legacy drag into momentum. The result is a hoverboard-smooth energy profile with negligible wear and unrivaled power retention.

Deployment Outcomes

Tailor the system to environments where continuity is non-negotiable.

Healthcare Networks

Stabilize surgical theaters and diagnostic suites with silent, vibration-free generation that exceeds regulatory uptime.

Retail & Hospitality

Preserve ambiance and critical operations through seamless switchover during grid disruptions or peak tariff events.

Residential Communities

Empower estates, condos, and remote villas with clean autonomy that scales from a single residence to full campuses.

Mobile & Field Teams

Deploy handheld packs and modular stacks for disaster relief, exploration, and tactical missions requiring rapid setup.