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 24, 2024, a fire at Auckland’s Hobson St substation caused significant power outages in the CBD, affecting several streets. The blaze, triggered by an internal cable fault, started earlier in the day and was brought under control by 6 p.m. The incident resulted in a minimal financial impact, estimated at $50,000. Power was restored to the affected areas within an hour, and crews are continuing to assess and address any remaining issues.


プランク・ビジョン・システムズオークランドCBDの変電所火災による$50,000の被害、複数の街路に電力を供給できず

ニュース

On Saturday, August 24, 2024, around 5:15 p.m., a fire at the Hobson St substation in Auckland’s Central Business District (CBD) resulted in significant power outages affecting Nelson, Halsey, Wellesley, and Custom streets. The disruption led to a brief off-air moment for 1News at 6 p.m. due to the power cut.

The fire was triggered by an “internal cable fault” at the substation, which caused smoke alarms to activate around 5:09 p.m., according to Vector. This prompted an immediate response from Fire and Emergency NZ, which dispatched six fire trucks, two ladder trucks, and a specialist command vehicle to the scene.

The quick action by Fire and Emergency NZ ensured the fire was extinguished by 6 p.m. Power was restored once the site was cleared and the fault was isolated. The estimated financial impact of the incident is around $50,000, accounting for emergency response costs and equipment repairs.

Enabling early detection and prevention could have mitigated such incidents. Planck Vision Systems provides advanced thermal imaging cameras that offer 24/7 monitoring to detect anomalies and potential issues before they escalate into major problems. These cameras are essential for maintaining the reliability and safety of critical infrastructure like substations.


ソース:1news.co.nz

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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