普朗克視覺系統 生產用於便攜式檢測和全天候監控商業應用的熱像儀解決方案,包括早期火災偵測、製造業、變電站和隧道、電氣面板/機櫃、儲存設施、資料中心和體溫升高篩檢。本公司總部位於美國紅外線感測技術之都加州聖塔芭芭拉。
On September 23, 2024, at 5:15 PM, a fire broke out at a power substation on West Granton Road in Edinburgh. The fire, possibly caused by electrical faults, resulted in estimated losses of £300,000 and led to power outages for nearby residents lasting nearly 12 hours. Police have charged two boys, aged 13 and 14, and plan to conduct further investigations to prevent similar incidents in the future.

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In Edinburgh, two teenagers have been charged in connection with a fire incident. The fire occurred on September 23, 2024, at 5:15 PM, when fire crews quickly responded to West Granton Road, discovering a power substation engulfed in flames and large clouds of smoke.
The preliminary cause of the fire is attributed to electrical faults. While no injuries were reported, many residents near Waterfront Avenue experienced power outages for nearly 12 hours, causing significant disruptions.
Police have charged two boys, aged 13 and 14, and stated that a report will be submitted to the relevant authorities for further investigation. Initial estimates suggest that the incident may have resulted in losses of around £300,000.
Authorities are considering enhanced monitoring and fire prevention measures for electrical facilities to prevent similar occurrences in the future.
To improve the reliability of electric power delivery, many utility companies are seeking proactive ways to reduce costs while enhancing safety.
Permanently installed thermal imaging cameras are becoming vital tools in predictive and preventative maintenance programs. These automated thermal imaging cameras, paired with innovative software, can provide critical data before equipment failures occur, enabling early warnings and significantly increasing the safety and reliability of electrical systems.
變電站監控的預測性維護
普朗克視覺系統 熱影像攝影機提供 24/7 全天候監控,利用軟體不斷收集和分析資料,以找出趨勢和異常現象。固定安裝式或方位/俯仰驅動式攝影機能以清晰的熱圖像勘測變電站的大片區域。Planck Vision Systems 攝影機永遠會在正確的時間出現在正確的地點,以消除變電站可能發生的高成本意外故障。




