NOTICIAS

On January 5, 2025, eThekwini city faced severe power disruptions due to a series of fires that broke out in substations caused by an intense heatwave. Areas such as Greenwood Park and Izinga Ridge were heavily impacted. According to local reports, substations in both Ward 34 and Ward 35 caught on fire, with the most significant damage occurring at a substation in Ward 34, which led to a widespread electricity outage affecting the Izinga area.

The fires, attributed to the ongoing heatwave, caused significant damage to critical infrastructure. As a result, multiple substations across the city were impacted, contributing to an already strained power supply. The electricity outages were widespread, with several neighborhoods left without power for extended periods of time. The city authorities confirmed the situation, noting that repair teams had been dispatched to fix the network, but restoration times would be longer than usual due to the high volume of faults.

The estimated financial impact of these fires and outages is projected to reach approximately $2 million. This figure includes costs related to infrastructure repairs, as well as indirect losses caused by the disruptions to residents and businesses.

The incident highlights the need for more robust monitoring systems to detect and prevent such fires before they escalate. In this context, Planck Vision Systems’ thermal imaging cameras offer a critical advantage. The advanced TRX600, TNC20 fixed mount, and TNC400PT cameras provide 24/7 surveillance of substations, continuously collecting and analyzing data with software that identifies potential threats, trends, and anomalies. These cameras can cover large areas, delivering crisp thermal images that ensure timely interventions to prevent fires from causing widespread damage.

Early fire detection is crucial, and Planck Vision Systems’ technology ensures that substations are always monitored at the right time and place. By using such systems, companies can mitigate the risk of costly failures and avoid extensive infrastructure damage, especially during extreme weather conditions such as heatwaves.

Early intervention and consistent monitoring can significantly reduce the chances of a major fire or electrical failure, safeguarding both the assets and the surrounding community.

fuente：citizen.co.za

Mantenimiento predictivo para la supervisión de subestaciones

Sistemas de visión Planck ofrecen una supervisión ininterrumpida para recopilar y analizar datos constantemente con un software que identifica tendencias y anomalías. Las cámaras de montaje fijo o de movimiento horizontal/vertical pueden inspeccionar grandes áreas de una subestación con imágenes térmicas nítidas. Las cámaras de Planck Vision Systems siempre estarán en el lugar adecuado en el momento adecuado para eliminar la posibilidad de costosos fallos inesperados en la subestación.

NOTICIAS

On Monday morning, September 23, 2024, Sofia, the capital of Bulgaria, was struck by a significant power outage. The blackout began early in the day, impacting traffic lights and disrupting electricity to around 10 neighbourhoods in the city. The affected areas included Poduyane, Suhata Reka, Hadji Dimitar, Levski, Orlandovtsi, Serdika, Slatina, Reduta, Sredets, and Oborishte.

The cause of the outage was traced to a fire at the Poduyane substation, which prompted ERM Zapad to disconnect 220 substations from the network. As a result, many parts of the city were without power, and emergency teams worked swiftly to repair the damage and restore the electricity supply. Authorities indicated that power was expected to be back on by 8:30 a.m., but the event had a significant impact on the daily activities of the affected residents.

The estimated financial loss from the fire and resulting power outage is approximately $2 million, taking into account the costs of repairs, disruption, and damage to infrastructure. While the fire was swiftly contained, it highlighted the vulnerability of critical infrastructure like substations to unexpected failures.

This incident serves as a stark reminder of the importance of early fire detection and continuous monitoring in high-risk areas such as substations. Planck Vision Systems thermal imaging cameras offer 24/7 monitoring to constantly gather and analyze data with software that identifies trends and anomalies.

Fixed mount or pan/tilt drive cameras can survey large areas of a substation with crisp thermal images. Planck Vision Systems cameras will always be in the right place at the right time to eliminate the potential for costly unexpected substation failures. Early fire detection systems, like those offered by Planck Vision Systems, can prevent these types of incidents from escalating, reducing the risk of widespread outages and costly damage.

fuente：transformers-magazine.com

Mantenimiento predictivo para la supervisión de subestaciones

Sistemas de visión Planck ofrecen una supervisión ininterrumpida para recopilar y analizar datos constantemente con un software que identifica tendencias y anomalías. Las cámaras de montaje fijo o de movimiento horizontal/vertical pueden inspeccionar grandes áreas de una subestación con imágenes térmicas nítidas. Las cámaras de Planck Vision Systems siempre estarán en el lugar adecuado en el momento adecuado para eliminar la posibilidad de costosos fallos inesperados en la subestación.

NOTICIAS

On the morning of November 6, 2024, a homeowner in the western suburbs of Sydney experienced a close call with an exploding e-bike battery. Around 2 a.m., the e-bike caught fire in the backyard of the home. The homeowner, realizing the danger, quickly threw the flaming bike outside, just moments before the fire could escalate further.

Fire and Rescue New South Wales (FRNSW) responded to the emergency call and arrived at the scene to extinguish the blaze. The firefighters acted quickly, preventing the fire from spreading to the rest of the property. The battery was carefully handled and placed into a tub of water to ensure it wouldn’t reignite, a common safety precaution when dealing with lithium-ion battery fires.

The damage caused by the fire is estimated at $10,000, primarily due to the destruction of the e-bike and surrounding property. Fortunately, no injuries were reported, and the fire did not spread to the main house.

This incident serves as a reminder of the growing risks associated with electric vehicles and their batteries, which, if not handled properly, can be prone to overheating and combustion.

Early fire detection systems, like Planck Vision Systems’ advanced thermal imaging technology, could have provided an added layer of safety by detecting unusual temperature fluctuations before the fire ignited. These systems are designed to continuously monitor for any signs of abnormal heat, providing crucial time to prevent such incidents.

NOTICIAS

On October 24, 2024, at 1:07 PM, emergency services responded to a report of a fire behind an electric substation near Great Brays, Harlow, Essex. Upon arrival, firefighters confirmed that the fire was small and had not caused any major damage to the substation’s equipment. The fire was quickly extinguished, and the scene was cleared by 1:36 PM, with UK Power Network personnel assisting in the operation.

Initial investigations suggest that the fire may have been caused by an electrical fault or short circuit behind the substation. Firefighters worked with UK Power Network to assess the situation and ensure no further damage occurred. Although no injuries were reported, the fire led to a brief power outage in the surrounding areas, affecting both residential and commercial users.

Power was restored quickly, and there were no significant long-term disruptions to the electrical grid. The financial impact of the incident is still being assessed, but preliminary estimates suggest that the damages will be minimal, likely under £10,000, considering the small scale of the fire and the quick response from fire crews and utility workers. 

Despite the swift action, the fire highlights the critical importance of early fire detection systems, particularly in substations, where electrical faults can escalate into dangerous situations. Early detection and continuous monitoring could significantly reduce the risk of larger fires, minimize damage, and prevent prolonged power outages. **Planck Vision Systems** offers advanced thermal imaging cameras that provide continuous, real-time monitoring of substations, ensuring that potential issues are identified before they can cause substantial damage. These systems are capable of detecting abnormal heat signatures, which are often the first indication of an impending fire, enabling proactive intervention and reducing the likelihood of catastrophic failures.

In this case, if thermal imaging technology had been in place, it is possible that the fire could have been detected earlier, potentially preventing even the minor damages that occurred. As substations are critical infrastructure, ensuring they are equipped with the latest fire detection technology can safeguard both the facility and the broader community it serves.

fuente：yourharlow.com

Mantenimiento predictivo para la supervisión de subestaciones

Sistemas de visión Planck ofrecen una supervisión ininterrumpida para recopilar y analizar datos constantemente con un software que identifica tendencias y anomalías. Las cámaras de montaje fijo o de movimiento horizontal/vertical pueden inspeccionar grandes áreas de una subestación con imágenes térmicas nítidas. Las cámaras de Planck Vision Systems siempre estarán en el lugar adecuado en el momento adecuado para eliminar la posibilidad de costosos fallos inesperados en la subestación.

NOTICIAS

On October 15, 2024, Brick Boulevard was closed from Drum Point Road to Pine Tree Road due to a transformer explosion reported at around 3 p.m. While no active fire was present, police noted arcing wires on the road. Approximately 5,000 customers in the vicinity are without power, and the estimated damage from the incident is around $20,000. Motorists are advised to avoid the area.

On October 15, 2024, at approximately 3 p.m., Brick Boulevard was closed from Drum Point Road to Pine Tree Road following a transformer explosion. Authorities responded quickly, noting that while there was no active fire, wires were seen arcing dangerously on the road, posing a significant risk to motorists and pedestrians alike. Emergency crews worked diligently to secure the area, ensuring that the public remained safe while restoring power.

The Jersey Central Power & Light Company reported that nearly 5,000 customers in the vicinity were without power due to the incident. Crews are actively engaged in restoration efforts, and while power is expected to be restored shortly, residents are urged to stay clear of the affected area until further notice.

The estimated damage from the transformer explosion is approximately $20,000, which includes repairs to infrastructure and any potential loss of power equipment. This incident underscores the critical importance of effective monitoring and early detection systems to prevent such occurrences.

Effective thermal imaging technology, like that offered by Planck Vision Systems, can help detect heat anomalies in electrical systems before they escalate into dangerous situations. By providing constant surveillance, these systems can mitigate risks, enhance safety, and protect critical infrastructure from similar incidents in the future.

fuente：yahoo.com

Mantenimiento predictivo para la supervisión de subestaciones

Sistemas de visión Planck ofrecen una supervisión ininterrumpida para recopilar y analizar datos constantemente con un software que identifica tendencias y anomalías. Las cámaras de montaje fijo o de movimiento horizontal/vertical pueden inspeccionar grandes áreas de una subestación con imágenes térmicas nítidas. Las cámaras de Planck Vision Systems siempre estarán en el lugar adecuado en el momento adecuado para eliminar la posibilidad de costosos fallos inesperados en la subestación.

Sistemas de visión Planck Planck Vision Systems fabrica soluciones de imagen térmica para inspección portátil y monitorización 24/7 de aplicaciones comerciales incluyendo: Detección temprana de incendios, fabricación, subestaciones y túneles, cuadros y armarios eléctricos, instalaciones de almacenamiento, centros de datos y detección de temperatura corporal elevada. Nuestra empresa tiene su sede en Santa Barbara CA, la capital de las tecnologías de detección por infrarrojos en los Estados Unidos. 

On a certain evening in 2023, an explosion and fire occurred at the Velco substation in Pittsford. According to the Pittsford Fire Department, Velco employees were already on-site when the incident happened. Firefighters coordinated with staff to power down the facility before safely extinguishing the fire, clearing the scene by 11:30 p.m. The exact cause of the incident remains undetermined, but preliminary investigations suggest it may be related to equipment failure, with estimated damages reaching $200,000. Local authorities are implementing measures to prevent similar incidents in the future.

NOTICIAS

An explosion and fire occurred at the Velco substation in Pittsford on Monday evening. According to a post from the Pittsford Fire Department, Velco employees were already on-site when the incident happened.

Firefighters, in coordination with Velco staff, decided to power down the facility before safely extinguishing the fire. The scene was cleared by 11:30 p.m. The exact cause of the explosion remains unknown.

Preliminary investigations suggest that the incident may be related to equipment failure, with estimated damages reaching $200,000.

Local authorities are implementing preventive measures to enhance safety monitoring at the substation and ensure that similar incidents do not occur in the future.

En tales situaciones, las cámaras termográficas de Planck Vision Systems resultan inestimables. Nuestras cámaras ofrecen supervisión 24/7, recopilando y analizando datos continuamente para identificar tendencias y anomalías.

Las cámaras de montaje fijo o de movimiento horizontal y vertical pueden inspeccionar grandes áreas de una subestación con imágenes térmicas nítidas, lo que garantiza que siempre estén en el lugar adecuado en el momento oportuno para eliminar la posibilidad de que se produzcan costosos fallos inesperados en la subestación.

fuente：mynbc5.com

Mantenimiento predictivo para la supervisión de subestaciones

Sistemas de visión Planck ofrecen una supervisión ininterrumpida para recopilar y analizar datos constantemente con un software que identifica tendencias y anomalías. Las cámaras de montaje fijo o de movimiento horizontal/vertical pueden inspeccionar grandes áreas de una subestación con imágenes térmicas nítidas. Las cámaras de Planck Vision Systems siempre estarán en el lugar adecuado en el momento adecuado para eliminar la posibilidad de costosos fallos inesperados en la subestación.

Sistemas de visión Planck Planck Vision Systems fabrica soluciones de imagen térmica para inspección portátil y monitorización 24/7 de aplicaciones comerciales incluyendo: Detección temprana de incendios, fabricación, subestaciones y túneles, cuadros y armarios eléctricos, instalaciones de almacenamiento, centros de datos y detección de temperatura corporal elevada. Nuestra empresa tiene su sede en Santa Barbara CA, la capital de las tecnologías de detección por infrarrojos en los Estados Unidos. 

El 25 de agosto de 2021, un incendio en la subestación de Wanlong de Taiwan Power Co, en el distrito de Wenshan de Taipei, provocó un apagón que afectó a más de 300.000 hogares de Taipei y Nueva Taipei. El incendio, declarado a las 9.56, se debió a una avería en un transformador de distribución. El suministro se restableció a las 13.07 horas. No hubo que lamentar víctimas. El apagón no estaba relacionado con problemas de suministro eléctrico nacional, ya que el margen de reserva era de 37,17%.

NOTICIAS

En la mañana del 25 de agosto de 2021, un incendio en la subestación de Wanlong de Taiwan Power Co (Taipower), en el distrito de Wenshan de Taipei, provocó un apagón que afectó a más de 300.000 hogares de Taipei y Nueva Taipei. El gobierno de la ciudad de Taipei informó de que el incendio fue causado por un fallo mecánico a las 10:42 de la mañana. El incidente provocó la interrupción de los sistemas de alimentación eléctrica de 161 kilovoltios (kV) y 69 kV de la subestación, lo que afectó al suministro eléctrico en la zona de Muzha de Taipei y en el distrito de Sindian de Nueva Taipei.

El Cuerpo de Bomberos de Taipei recibió el aviso del incendio del transformador a las 9.56 y envió 20 camiones de bomberos, 2 ambulancias y 57 efectivos al lugar. El incendio se extinguió a las 10.26 sin causar víctimas. El apagón también afectó a varias plantas depuradoras de agua y estaciones de bombeo de refuerzo, afectando a la presión del agua en algunas zonas a pesar de que los generadores de emergencia reanudaron su funcionamiento.

En la rueda de prensa de la tarde, Taipower explicó el incidente y pidió disculpas. El portavoz Chang Ting-shu declaró que una avería en el transformador de distribución nº 5 provocó la ignición del aceite aislante, causando el fallo del aislamiento y el apagón de los sistemas eléctricos. El suministro eléctrico se restableció en los hogares e instalaciones afectados a la 1:07 de la tarde.

Este incidente pone de relieve el papel fundamental de Sistemas fijos de vigilancia por termografía 24/7. Estos sistemas abordan eficazmente las siguientes cuestiones:

1. Adquisición de datos en tiempo real: La termografía proporciona datos en tiempo real, lo que permite la detección precoz de posibles fallos y la toma rápida de decisiones para evitar emergencias.
2. Mantenimiento predictivo: La supervisión continua ayuda a identificar anomalías en los equipos en una fase temprana, lo que reduce la probabilidad de fallos y minimiza el tiempo de inactividad del sistema.
3. Supervisión automática de alarmas: El sistema detecta y notifica automáticamente condiciones anómalas, lo que reduce la necesidad de supervisión manual y garantiza una respuesta rápida.
4. Mayor fiabilidad del sistema: La supervisión continua y la información inmediata mejoran significativamente la fiabilidad general del sistema, reduciendo la frecuencia de los fallos.
5. Reducción de los costes de mantenimiento: El mantenimiento preventivo ayuda a evitar los altos costes asociados a las reparaciones de emergencia, reduciendo los gastos de mantenimiento.

Mediante la incorporación de tecnología avanzada de termografía, las compañías eléctricas y las instalaciones críticas pueden mejorar enormemente la seguridad y la estabilidad, previniendo eficazmente incidentes como incendios y cortes, y garantizando un suministro eléctrico continuo y fiable.

fuente：taipeitimes.com

Mantenimiento predictivo para la supervisión de subestaciones

Sistemas de visión Planck ofrecen una supervisión ininterrumpida para recopilar y analizar datos constantemente con un software que identifica tendencias y anomalías. Las cámaras de montaje fijo o de movimiento horizontal/vertical pueden inspeccionar grandes áreas de una subestación con imágenes térmicas nítidas. Las cámaras de Planck Vision Systems siempre estarán en el lugar adecuado en el momento adecuado para eliminar la posibilidad de costosos fallos inesperados en la subestación.