1 • Spin
Carbon-composite flywheel levitated on active magnetic bearings accelerates within a sealed vacuum housing to minimize friction losses.
New Energy Platform
Flywheel Self‑Charging Unit
A precision-balanced kinetic storage core that spins silently above magnetic bearings, delivering high-availability power for mobile ecosystems, immersive retail, and resilient field deployments.
- 50,000+ RPM
- 2–5 kW Burst
- Qi 2.0 Magnetic
- USB‑C PD 3.1
Hot-swap ready
Grid-aware firmware
How the FSCU keeps energy in motion
The Flywheel Self-Charging Unit (FSCU) captures rotational inertia inside a low-drag vacuum shell, converting every watt into responsive, cable-free power.
2 • Store
A graphene supercapacitor buffer and Power Control PCB orchestrate RPM, temperature, and balance, banking kinetic energy with millisecond telemetry.
3 • Serve
Bidirectional inverter converts momentum into on-demand output via Qi 2.0 magnetic wireless pads or USB‑C PD 3.1 while smoothing loads on the grid.
≤15 minRapid charge to 80% via HoloDock interface
≤40 °CGraphene thermal stack maintains safe temps
99.2%Inverter efficiency with regenerative braking
24/7Remote diagnostics over BLE + Wi‑Fi
Burst output ratings apply to millisecond-to-second intervals; continuous delivery scales by model.
Where the FSCU leads
Engineered for teams that expect premium performance in compact, customer-facing environments.
Immersive retail
Silent kinetic power drives holographic displays, AR mirrors, and digital product tables without floor cabling.
Creator studios
Stabilizes power draw for cameras, lighting, and audio gear, preventing voltage sag during performance spikes.
Edge deployments
Supports field kits, drone pods, and research instruments with portable energy buffering and telemetry control.
Smart campuses
Strategically charges off-peak to provide surge power for labs, classrooms, and collaborative lounges.
Emergency reserve
Indoors-safe, emissions-free energy source that keeps communications, lighting, and sensors online.
Developer mode
Open API with RPM profiles, vibration analytics, and over-the-air updates for product partners.
Design showcase
Iterative prototypes reveal the FSCU evolution from studio concept to deployable field unit.
Models & tiered programs
Select the capacity profile that aligns with your deployment. Reserve inventory or build a pilot cohort with Ioncore specialists.
FSCU‑Mini
$699Portable desk unit with Qi 2.0 pad and USB‑C PD (100 W). Ideal for executive suites and pop-up activations.
- 120 W continuous / 500 W burst
- Hot-swap rotor cartridge
- 12-hour telemetry log
FSCU‑Pro
$1,299Studio and retail grade system with dual Qi 2.0 pads and dual USB‑C (140 W PD).
- 300 W continuous / 2 kW burst
- Active thermal assist with micro vapor chamber
- Advance exchange service
FSCU‑Edge
$2,499Deployment-ready hub featuring triple Qi 2.0 trays and four USB‑C PD 3.1 outputs (240 W).
- 600 W continuous / 5 kW burst
- Expanded telemetry with API access
- Onsite calibration program
Add-ons
Vacuum dome service kit $59, rack-mount rails (Pro/Edge) $89, telemetry API license $49/yr, and Power Coin bundles starting at $179.
Warranty & service
Standard 2-year coverage with optional extended care, annual calibration, and priority logistics for retail partners.
Technical specifications
Precision mechanical, electrical, and software systems engineered for continuous rotational integrity.
Mechanical & thermal
| Rotor | Carbon-fiber rim with tungsten hub; precision balanced within a sealed vacuum chamber. |
|---|---|
| Bearings | Active magnetic levitation with axial/radial position sensing and auto recalibration. |
| Housing | CNC aluminum shell with ceramic hard-coat and shock-isolated inner frame. |
| Cooling | Graphene spreaders plus micro vapor chamber; optional micro-fan assist (Pro/Edge). |
Power & control
| Drive | High-efficiency BLDC stator and bidirectional inverter with regenerative braking. |
|---|---|
| Buffer | Graphene supercapacitors deliver transient support and 20–60 s hot-swap hold. |
| Wireless | Qi 2.0 magnetic pads with NFC alignment and authentication handshake. |
| Ports | USB‑C PD 3.1 (up to 240 W on Edge), service UART, optional PoE aux. |
| Control | ARM MCU with RPM, thermal, vibration, and vacuum sensors; BLE + Wi‑Fi telemetry. |
| Safety | Overspeed, overtemp, vacuum loss, and imbalance trip with automated spin-down. |
FSCU‑Mini
Dimensions: 180 × 120 × 60 mm • 1.2 kg
Battery bridge: 400 Wh equivalent.
FSCU‑Pro
Dimensions: 260 × 180 × 80 mm • 2.6 kg
Battery bridge: 720 Wh equivalent.
FSCU‑Edge
Dimensions: 320 × 220 × 95 mm • 4.1 kg
Battery bridge: 1.2 kWh equivalent.
Bring kinetic power to your next activation
Collaborate with Ioncore engineers to tailor the Flywheel Self-Charging Unit for your retail footprint, studio, or mission-critical deployment.
