プランク・ビジョン・システムズ プランクビジョンシステムズは、以下のような業務用アプリケーションのポータブル検査および24時間365日モニタリング用の赤外線画像ソリューションを製造しています:早期火災検知、製造、変電所やトンネル、電気パネル/キャビネット、貯蔵施設、データセンター、体温上昇スクリーニングなどです。弊社は、米国における赤外線センシング技術の中心地であるカリフォルニア州サンタバーバラに本社を置いています。 

On August 18, 2024, an explosion and subsequent fire at the Kemerovo Oblast substation resulted in damages estimated at $200,000 and widespread power outages in Mariinsk and surrounding areas. The blaze, which ignited around 11 p.m., caused substantial disruptions, including a two-hour delay in rail services. Emergency teams worked throughout the night to extinguish the fire and reroute electricity, restoring power by early afternoon. Efforts are ongoing to assess the full impact and prevent future incidents.


プランク・ビジョン・システムズケメロヴォの変電所火災で電力供給が停止、$20万ドルの被害、監視強化の必要性を強調

ニュース

On August 18, 2024, an explosion and subsequent fire broke out at a power substation near Mariinsk, Kemerovo Oblast, Siberia, causing substantial disruptions in the town and affecting the Krasnoyarsk railroad. The blaze, which began around 11 p.m. local time, led to a significant power outage that impacted around 3,000 residents and caused a two-hour delay in rail traffic.

Preliminary investigations by Russian prosecutors attribute the fire to a technical malfunction, with no evidence of intentional sabotage. The fire caused an estimated $200,000 in damages, including infrastructure and equipment at the substation. Efforts to restore power included rerouting electricity from other stations and dispatching a fire train to extinguish the blaze. By the early afternoon, power was largely restored, although some wells remained disconnected, requiring temporary water deliveries.

This incident highlights the need for advanced monitoring systems to prevent such occurrences. Planck Vision Systems offers state-of-the-art thermal imaging cameras that provide continuous, detailed surveillance of critical infrastructure, helping to detect potential issues before they result in major disruptions.


ソース:yahoo.com

複数の定点監視が不要な汎用ロボット検査システム。ワイヤレス通信と統合制御設計により、展開、導入、メンテナンスが簡素化され、効率的で効果的な検査を実現します。
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