Magnetic Inertia System

1. Validated Performance Data

Peak Power Capacity: 100 kW
Daily Energy Production: 188.4 kWh
Energy Storage: 200 kWh

Verified Load Analysis

• Critical Equipment: 29 kW
• Operational Systems: 36 kW
• Ancillary Services: 9 kW
• Total Peak Draw: 74 kW

Daily Consumption vs. Production: 170 kWh use vs. 188.4 kWh production (18.4 kWh surplus)

2. System Overview & Specifications

Specification	Value
Total Power Capacity	100 kW
Daily Energy Production	188.4 kWh
Energy Storage Capacity	200 kWh
Projected Daily Surplus	18.4 kWh

Key Features

• Inertia-driven prime mover for continuous power smoothing
• Modular storage bank scalable to 200 kWh+
• Intelligent power electronics for load balancing
• Rugged design for 24/7 mission-critical operation

3. Power Distribution Model (Peak Draw)

Critical Medical & Industrial Equipment (29 kW)

• ICU Ventilators (20 × 0.5 kW) = 10 kW
• MRI Machine = 7 kW
• CT Scanner = 4 kW
• OR Lights (10 × 0.3 kW) = 3 kW
• Blood Analyzers (5 × 1 kW) = 5 kW

Operational Systems (36 kW)

• Emergency Lighting = 2 kW
• Ward/Corridor Lighting = 5 kW
• Intercom/PA = 2 kW
• IT Servers & Networking = 10 kW
• HVAC = 15 kW
• Security Systems = 2 kW

Ancillary Services (9 kW)

• Pharmacy Refrigeration (5 × 0.2 kW) = 1 kW
• Sterilization (Autoclaves) = 3 kW
• UPS Backup = 5 kW

4. Market Opportunities

• Healthcare: ED, OR, ICU, Radiology backup
• Commercial: Office towers, retail centers
• Residential: Multi-unit dwellings, smart communities
• Industrial: Manufacturing, warehousing

5. Business Benefits & ROI

• Reliability: Zero downtime
• Savings: ≈$100K/year (hospital case)
• Sustainability: Meets green building targets
• Payback: ~13 years
• Scalability: Modular storage & power

6. Implementation Roadmap

1. Feasibility & Design (1 Month): Audit & planning
2. Procurement & Installation (3 Months): Setup generators & storage
3. Integration & Calibration (2 Months): Commissioning & tuning
4. Ramp-Up & Monitoring: O&M training & diagnostics

7. Full-Spectrum Build-Out

7.1 Healthcare

200-bed hospital: 1×100 kW + 200 kWh, 6‑month timeline, ~$1.3M CapEx, $50K/yr OpEx, 13‑year ROI.

7.2 Commercial

Mid-rise office: 3×100 kW + 600 kWh, 7‑month timeline, ~$3.9M CapEx, $150K/yr OpEx, 11‑year ROI.

7.3 Residential

Multi-family: 1–4 modules + scalable storage, 5‑month timeline, $1.3–$5.2M CapEx, $50–$200K/yr OpEx, 10–12‑year ROI.

7.4 Industrial

Manufacturing: 5×100 kW + 1,000 kWh, 8‑month timeline, ~$6.5M CapEx, $250K/yr OpEx, 9‑year ROI.

8. Contact & Next Steps

Magnetic Inertia Solutions Inc.
Email: ioncoreenergy@gmail.com
Telegram: Chat with us on Telegram
Website: www.ioncoreenergy.com

Contact us to tailor a deployment package or schedule a live demo.