Backyard Energy’s system is designed to solve the hardest energy problems in manufacturing, automation, and remote infrastructure—without the fire risk, degradation, or supply chain concerns of batteries.
1. Vacuum-Sealed Flywheel Rotor
Made of advanced carbon composite or alloy steel
Spins up to 10,000+ RPM inside a sealed chamber
Stores kinetic energy with near-zero friction or loss
2. Magnetic Bearings or Ultra-Low-Friction Mechanical Bearings
Ensure silent, stable, and contact-free rotation
Reduce wear, increase lifespan
3. Bidirectional Motor-Generator
Charges the flywheel by spinning it up
Discharges energy by converting motion back to electricity
Fast switching (<100ms) from charge to discharge
4. Smart Power Electronics
Inverter/rectifier for AC/DC conversion
Real-time grid monitoring
Built-in voltage, frequency, and load balancing
5. Control System
Modbus / OPC-UA / CAN integration
Custom discharge profiles
Remote monitoring & diagnostics
6. Optional Thermal Coupling (Hybrid Systems)
Reclaim heat from operation
Integrate with external thermal storage or resistive heaters
Optimize renewable and waste energy utilization
Feature
Description
Power Rating
10 kW to 1+ MW (modular stack)
Energy Capacity
50 kWh – 1,000+ kWh per system
Form Factors
Cabinet, skid-mount, or containerized
Voltage Options
48V, 96V DC or 208–480V AC
Environment
-40°C to +50°C, indoor/outdoor
No flammable materials
No thermal runaway
No lithium, cobalt, or rare-earth metals
Flywheels remain stable even in high-heat or shock-prone environments
While chemical batteries degrade with every use, our flywheels deliver full capacity every time—year after year. No swelling, memory loss, or capacity fade.
Solar + Wind energy storage
Generator or diesel hybrid systems
Industrial microgrids & smart facilities
Standalone grid services (peak shaving, frequency response)
Automation systems, CNCs, and casting cells
Backyard Energy offers tailored configurations to meet:
Rapid discharge (motor startup & voltage dip protection)
Extended delivery (multi-hour output using multi-flywheel banks)
Hybrid heat + power applications
Whether you're integrating into a new facility or upgrading an existing site, our flywheels are plug-and-play, low-maintenance, and engineered for uptime.
🟢 [Contact Our Engineering Team]
📄 [Download System Specs PDF]