img 8

Span Electrical Panel Installation

Span electrical panel installation involves setting up a modern, smart electrical panel designed to enhance energy management, monitoring, and control within residential or commercial buildings. Span panels replace traditional breaker panels with advanced technology that offers real-time energy insights, smart circuit control, and integration with renewable energy systems like solar.

Key Steps in Span Electrical Panel Installation:

  1. Site Assessment & Planning:
    • Evaluate the existing electrical system and panel capacity
    • Determine compatibility with Span panel and additional equipment (solar, battery storage)
  2. Power Shutoff & Safety Preparation:
    • Safely disconnect power to the main panel
    • Follow strict safety protocols to avoid electrical hazards
  3. Removal of Old Panel:
    • Carefully remove the existing electrical panel and breakers
    • Label all circuits and wires for organized transfer
  4. Mounting the Span Panel:
    • Install the Span panel enclosure securely in the electrical room or utility space
    • Ensure proper clearance and ventilation per code requirements
  5. Wiring and Circuit Transfer:
    • Transfer circuits from the old panel to the Span panel’s smart breakers
    • Connect Span’s communication hardware for monitoring and control
  6. Integration with Energy Systems:
    • Connect to solar inverters, battery storage systems, or backup generators if applicable
    • Configure Span app for energy monitoring, load management, and remote control
  7. Testing & Commissioning:
    • Test each circuit and overall panel function
    • Verify app connectivity and system response
  8. User Training & Documentation:
    • Educate homeowner or facility manager on using the Span app and panel features
    • Provide manuals and support resources

Benefits of Installing a Span Electrical Panel:

  • Real-time circuit-level energy monitoring and control
  • Smart load management to optimize energy use and reduce costs
  • Seamless integration with solar panels and battery systems
  • Enhanced safety with remote shutoff capabilities
  • Future-proof solution for smart homes and sustainable buildings