Description

The Rubix Stack Series is an EMP-hardened solar battery system designed for reliable energy storage in off-grid, backup, and mission-critical applications. The system is tested for electromagnetic resilience while powered on and under load, evaluating its ability to continue operating during an electromagnetic disturbance—not simply survive the event while powered down.

The Stack Series is designed for environments where dependable power is essential and grid reliability may be uncertain.

Key Features

• EMP-hardened design for enhanced electromagnetic resilience
• Powered-on, under-load testing to evaluate continued operation during electromagnetic disturbances
• Tested against multiple electromagnetic threats, including:
  • High-intensity electromagnetic pulses
  • Electrical transients and switching events
  • Oscillating transient signals
  • Lightning-related surges
• Integrated grounding busbars for simplified grounding connections
• Designed to work with solar-generated electricity
• Suitable for both off-grid and backup power applications
• Additional resilience against common electrical disturbances such as lightning, power surges, switching events, and electrical noise

Applications

The Rubix Stack Series is well suited for:

• Off-grid homes
• Emergency backup systems
• Agricultural and rural operations
• Communications infrastructure
• Security applications
• Remote facilities
• Critical facilities

Installation Considerations

For maximum system resilience, Rubix recommends a layered installation approach incorporating proper grounding, metallic enclosures, protected conductors, and appropriate conduit. The battery’s integrated grounding busbars support proper grounding and bonding within the installation.

Note: No electrical system can be guaranteed to be immune to every electromagnetic event. Proper installation practices can significantly improve overall system resilience.

1 Lid/Base set required for every 8 batteries

Learn More

Download the Rubix EMP-Hardened Stack Series Brochure for additional information on EMP testing, installation best practices, electromagnetic resilience, applications, and system considerations.