15-story
100-unit urban residence in Toronto
Vertical energy autonomy
Deployment site
Daily output
Self-sufficiency
Condo-scale magnetic inertia deployment
The Ioncore Condo Energy System is engineered for mid-rise and high-rise residential towers that demand reliable, low-profile power independence. Our magnetic inertia core integrates seamlessly with building infrastructure to deliver resilient, low-noise energy autonomy for residents and facilities teams.
≈470 kWh
Sustained generation with adaptive load tuning
85–95%
Average coverage based on current consumption profiles
Integrated building delivery
- Modular plant rooms align with existing service levels for minimal disruption.
- Noise-isolated chassis maintains resident comfort during full output.
- Predictive maintenance suite supports remote diagnostics and scheduling.
Core system specifications
- Deployment: 15-story, 100-unit condo tower
- Peak daily output: ≈470 kWh with magnetic inertia engine
- Storage: 300 kWh lithium-ion reserve bank
- Surplus: 220 kWh/day average exported capacity
- Efficiency: 92% round-trip with regenerative braking capture
Deployment-grade components
- 10× Magnetic bearings: $15,000
- 5× Electromagnets: $10,000
- 667 Lithium-ion cells: $13,340
- Cooling + pumps: $23,510
- Flywheel system (4×15 kg): $35,000
- Inverters + controllers: $18,000
- Noise-dampening frame: $50,000
- Total estimated build cost: ≈$164,850
Resident & developer value
- Reduces operational energy costs by 70–90%.
- Zero combustion, emissions-free, and grid-resilient.
- Fully modular with adaptive load tuning per tower zone.
- Eligible for municipal energy incentives and credits.
Compelling ROI for property stakeholders
Ioncore packages the condo deployment with turnkey integration, commissioning, and lifecycle support, enabling developers to deliver measurable energy savings alongside premium resident amenities.
$229K
Inclusive of site fit-out, testing, and commissioning.
≈$64K
~28% margin based on current component pricing.
6.2 years
Calculated using condo energy displacement at present tariffs.
15 years
Projected hardware lifespan with preventative maintenance plan.
