Concept Overview Super Volt corridors provide dynamic/inductive wireless charging for mobile robots along dedicated paths or zones. Robots "drive over" or move parallel to embedded transmitters, receiving power via electromagnetic fields—no physical contact, plugs, or cables. This enables non-stop operation, zero downtime, and extended runtime in warehouses, factories, hospitals, or urban delivery networks.

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Key Specs (Adapted for Robotics)

• Power Transfer Efficiency: 96–98% (minimal energy loss; comparable to wired but contactless)

• Charging Range/Tolerance:

  • Lateral misalignment: 4–6 ft (1.2–1.8 m) – robots can wander within lanes without precise alignment

  • Vertical airgap: Up to 1.5 ft (0.45 m) – works over uneven floors or small obstacles

• Power Delivery: Scalable (e.g., 1–11 kW+ per zone; adjust for robot battery size, like 500W–3kW for typical AMRs)

• Deployment Cost: Low modular install (~₱1M–1.2M per km or equivalent scaled down for indoor paths; full 16km pilot ~₱16M–19M) – no road-tearing needed; embed in floors/walls or use barriers

• Safety (B-Field): 85–98% below SAE J2954/ICNIRP limits (4–18 μT at typical gaps) – safe around humans and sensitive equipment

• Smart Features: RFID tags for robot ID/tracking, real-time metrics (power draw, efficiency, location), cloud monitoring for fleet optimization

• Benefits for Robots:

  • Continuous/opportunity charging during idle movement or paths

  • Smaller onboard batteries (reduce weight/cost)

  • No wear on connectors in dusty/wet environments

  • Scalable for fleets (e.g., 10–100 robots sharing zones)