Discover how early fire-detection technology is transforming the reliability and safety of critical power infrastructure.
FLIR’s latest Innovate & Inspire article explores how automated thermal monitoring is helping safeguard Ireland’s energy grid and prevent high-impact failures before they happen. It’s a quick, insightful read — click the link to view the full article and dive into the innovation behind keeping the lights on.
Moneypoint Power Station supplies a large portion of Ireland’s electricity, and a fire could disrupt up to 25% of the national grid. To mitigate this risk, ESB Energy and Butler Technologies deployed a thermal-monitoring system using FLIR A500f/A700f sensors and Latitude software, providing continuous, real-time oversight of high-risk areas.
Article Highlights:
- 24/7 visibility: Fixed thermal cameras continuously scan high-risk areas — no more waiting for weekly manual inspections.
- Fast alerts: When temperature anomalies are detected, the system sends sub-second alerts, enabling shutdown within ~15 seconds.
- Deep insights: Each thermal image has 16,000+ reference points, giving highly granular condition-monitoring data (transformers, valves, cabling).
- Integrated solution: Fully native design (hardware + software + UI); no third-party components to manage.
- Future ready: The system is built to scale with Ireland’s transition to renewables, with AI-powered anomaly detection and predictive maintenance on the roadmap.
- Grid resilience: This setup is a model for safeguarding critical infrastructure — potentially rolling out to 500+ substations.
Key Takeaway:
Thermal automation isn’t just about fire safety — it’s a powerful tool for protecting national grids. By detecting heat anomalies early, Ireland’s Moneypoint Power Station is boosting resilience, improving response times, and setting a blueprint for future energy infrastructure.