Solar Fire Prevention Case Study
Overview
Thermal monitoring and AI fire/smoke detection for commercial roof-mounted solar PV systems.
Situation
Our client required a practical solution to help identify roof-based solar fire risks earlier, improve remote visibility and create recorded evidence for site management.
Risk areas the client needed to monitor
- Overheating DC connectors and cable routes
- Damaged panels or hidden hot spots
- Inverter or isolation equipment zones
- Debris build-up and nesting under PV arrays
- Need for remote evidence and fast escalation
Solution
The client required early warning capability, live/remote visibility and a recorded evidence trail. Zicam delivered a layered camera and recording approach designed for external commercial monitoring areas around a roof PV system.
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- AI fire and smoke detection cameras
- Thermal bi-spectrum camera technology
- Infrared night visibility
- 8-channel PoE NVR with 4TB storage
- External back boxes and pole mounting equipment
- Remote viewing and escalation pathway
Results
The outcome was not a claim of zero risk — it was a practical shift to proactive visibility, evidence and response.
Earlier warning pathway Thermal and AI analytics can flag abnormal heat, smoke or flame behaviour for investigation. Remote visibility Remote viewing options support site teams without waiting for a physical roof inspection. Recorded evidence 8-channel PoE NVR and 4TB storage supports incident review and insurer discussions. Better risk position Client moved from reactive fire response to a proactive monitoring strategy.
Earlier warning pathway Thermal and AI analytics can flag abnormal heat, smoke or flame behaviour for investigation. Remote visibility Remote viewing options support site teams without waiting for a physical roof inspection. Recorded evidence 8-channel PoE NVR and 4TB storage supports incident review and insurer discussions. Better risk position Client moved from reactive fire response to a proactive monitoring strategy.
