New Fluke GFL-1500 Quickly Locates Ground Faults to Boost Solar System Uptime
Fluke Corporation (NYSE:FTV) has launched the GFL-1500 Ground Fault Locator, an innovative tool designed to help solar technicians quickly and safely locate ground faults in solar systems. This breakthrough technology uses non-contact tracing to reduce the need for multiple disconnections and individual string testing.
The device combines a signal-producing transmitter with non-contact detection capabilities to pinpoint active ground faults in complex arrays. Ground faults, which accounted for 4.0% of U.S. workplace electrical fatalities from 2011-2023, have been a significant challenge in utility-scale solar systems, causing costly downtime and reduced energy output.
The launch comes as solar generation saw a 30% global growth last year, making efficient fault detection crucial for maintaining clean energy production.
Fluke Corporation (NYSE:FTV) ha presentato il GFL-1500 Ground Fault Locator, uno strumento innovativo progettato per aiutare i tecnici solari a individuare rapidamente e in sicurezza i guasti a terra nei sistemi fotovoltaici. Questa tecnologia avanzata sfrutta la tracciatura senza contatto per ridurre la necessit脿 di numerose disconnessioni e di test stringa individuali.
Il dispositivo combina un trasmettitore che genera il segnale con capacit脿 di rilevamento non a contatto per localizzare con precisione guasti a terra attivi in matrici complesse. I guasti a terra, che hanno rappresentato il 4,0% delle morti elettriche sul lavoro negli USA dal 2011 al 2023, sono stati una sfida importante negli impianti solari di grande scala, causando costosi fermi e una diminuzione della produzione energetica.
Il lancio arriva in un momento in cui la generazione solare ha registrato una crescita globale del 30% lo scorso anno, rendendo fondamentale una rapida ed efficiente individuazione dei guasti per mantenere la produzione di energia pulita.
Fluke Corporation (NYSE:FTV) ha lanzado el GFL-1500 Ground Fault Locator, una herramienta innovadora dise帽ada para ayudar a los t茅cnicos solares a localizar fallas a tierra en sistemas solares de forma r谩pida y segura. Esta tecnolog铆a utiliza trazado sin contacto para reducir la necesidad de m煤ltiples desconexiones y pruebas de cadenas individuales.
El dispositivo combina un transmisor que genera se帽al con capacidades de detecci贸n sin contacto para identificar fallas a tierra activas en arreglos complejos. Las fallas a tierra, que supusieron el 4,0% de las muertes el茅ctricas laborales en EE. UU. entre 2011 y 2023, han sido un problema importante en sistemas solares a escala de servicios p煤blicos, provocando costosos tiempos de inactividad y menor producci贸n de energ铆a.
El lanzamiento se produce mientras la generaci贸n solar experiment贸 un crecimiento global del 30% el a帽o pasado, por lo que la detecci贸n eficiente de fallas es crucial para mantener la producci贸n de energ铆a limpia.
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Fluke Corporation (NYSE:FTV) a lanc茅 le GFL-1500 Ground Fault Locator, un outil innovant con莽u pour aider les techniciens solaires 脿 localiser rapidement et en toute s茅curit茅 les d茅fauts 脿 la terre dans les installations photovolta茂ques. Cette technologie de pointe utilise le tra莽age sans contact pour r茅duire la n茅cessit茅 de multiples d茅connexions et de tests de chaque string.
Le dispositif associe un 茅metteur g茅n茅rant un signal 脿 des capacit茅s de d茅tection sans contact pour rep茅rer pr茅cis茅ment les d茅fauts 脿 la terre actifs dans des r茅seaux complexes. Les d茅fauts 脿 la terre, qui ont repr茅sent茅 4,0 % des d茅c猫s 茅lectriques professionnels aux 脡tats-Unis entre 2011 et 2023, posent un d茅fi important dans les centrales solaires 脿 grande 茅chelle, entra卯nant des arr锚ts co没teux et une baisse de la production d'茅nergie.
Ce lancement intervient alors que la production solaire a connu une croissance mondiale de 30 % l'ann茅e derni猫re, rendant la d茅tection efficace des d茅fauts cruciale pour maintenir une production d'茅nergie propre.
Fluke Corporation (NYSE:FTV) hat den GFL-1500 Ground Fault Locator vorgestellt, ein innovatives Ger盲t, das Solartechnikern hilft, Erdschlussfehler in Solarsystemen schnell und sicher zu lokalisieren. Diese bahnbrechende Technologie nutzt ber眉hrungslose Ortung, um den Bedarf an mehreren Trennvorg盲ngen und einzelnen Stringtests zu verringern.
Das Ger盲t kombiniert einen signalerzeugenden Sender mit ber眉hrungslosen Detektionsf盲higkeiten, um aktive Erdschlussfehler in komplexen Arrays zu identifizieren. Erdschlussfehler, die im Zeitraum 2011鈥�2023 4,0% der elektrischen Arbeitsunfalltoten in den USA ausmachten, stellen bei gro脽fl盲chigen Solaranlagen eine erhebliche Herausforderung dar und verursachen kostspielige Ausfallzeiten sowie reduzierte Energieertr盲ge.
Die Markteinf眉hrung erfolgt, nachdem die Solarstromerzeugung im vergangenen Jahr global um 30% gewachsen ist, wodurch eine effiziente Fehlererkennung entscheidend f眉r die Aufrechterhaltung sauberer Energieproduktion wird.
- Reduces time to locate ground faults, improving solar system uptime
- Enhanced safety features reduce risk of workplace electrical accidents
- Compatible with 1500V PV systems, offering complete workflow coverage
- User-friendly design suitable for technicians of all experience levels
- None.
Insights
Fluke's new GFL-1500 addresses critical solar industry pain points, improving safety and reducing costly system downtime.
Fluke's launch of the GFL-1500 Ground Fault Locator represents a significant advancement in solar system maintenance technology. This device addresses a crucial pain point in the rapidly growing solar industry - the time-consuming and potentially dangerous process of locating ground faults in solar arrays.
The innovation lies in the non-contact tracing capability, which eliminates the traditional method of disconnecting and individually testing strings. This is particularly valuable considering ground faults were responsible for
The timing is strategic, coming amid
The technology combines a signal-producing transmitter with non-contact detection tools to quickly pinpoint faults in complex arrays without detailed site maps. Early adopters report significant reductions in fault location time, which directly translates to improved system uptime and revenue generation for solar operators.
Technically, the device works with 1500V PV systems - covering the full voltage range of modern utility-scale installations - and provides end-to-end coverage from inverter to module. This comprehensive approach differentiates it from partial solutions that address only segments of the solar power system.
Ground fault locator eliminates time-consuming fault hunts by reducing disconnections and brute-force testing individual strings, helping solar technicians work faster and safer
Everett, Washington, Sept. 08, 2025 (GLOBE NEWSWIRE) -- , a leading provider of safe, rugged, and reliable industrial tools and integrated software, today announced the launch of the , a breakthrough technology designed to address some of the most persistent pain points faced by solar technicians. The Fluke GFL-1500 enables solar technicians to locate ground faults quickly, safely, using non-contact tracing鈥攔educing the need for multiple disconnections and brute-force testing of individual strings.
In utility-scale solar systems, ground faults, which were responsible for
The Fluke GFL-1500 combines the power of a signal-producing transmitter with a non-contact detection clamp and a non-contact signal receiver to help technicians quickly and accurately pinpoint the location of active ground faults, even on complex arrays. The Fluke GFL-1500 enables technicians to identify the faulted branch and pinpoint the fault location within a string, without relying on detailed site maps or time-consuming test procedures.
鈥淭he Fluke GFL-1500 marks a pivotal advance in non-contact ground-fault troubleshooting for solar technicians,鈥� said Vineet Thuvara, Chief Product Officer at Fluke. 鈥淲ith solar generation surging
Locating ground faults has traditionally been a time-consuming, manual, and challenging task for solar technicians. The Fluke GFL-1500 simplifies the process by offering:
- Complete Workflow Coverage: The GFL-1500 provides a new end-to-end solution that is compatible with 1500V PV systems, locating ground faults anywhere between the inverter and the module.
- Enhanced Safety: Technicians can troubleshoot with confidence by avoiding unnecessary interactions with energized systems, reducing the risk of injury or damage to system components.
- Significant Time Savings: Early adopters reported significantly reducing the time to locate hard ground faults. These results will significantly reduce the time it takes to get solar sites back online, while freeing up technicians to tackle other tasks.
- User-Friendly Design: Intuitive interface makes it easy to operate for solar technicians with varying levels of experience.
Fluke will be exhibiting at 聽 from September 8-11 in Las Vegas, Nevada. Please visit booth V2065 to receive a demo of Fluke products.
For more information and to purchase the GFL-1500, visit .
About Fluke
As the world leader in test and measurement equipment, software, and service, Fluke is committed to advancing sustainability at a global level. Growth in renewable energy industries requires precision measurement, quality control, and reporting capabilities for installation, maintenance, and service. Every day, Fluke customers stake their reputations on Fluke tools鈥攊t鈥檚 why they depend on Fluke鈥檚 reliability, accuracy, and commitment to help them extend their skills and professionalism.
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*Electrical Safety Foundation International: Workplace Electrical Fatalities: 2011 鈥� 2023
** International Energy Agency: Solar Generation Grew by
FLUKE is a registered trademark of Fluke Corporation. For more information, visit the .
Attachments
Dave Smith Fluke Corporation [email protected]
FAQ
What is the Fluke GFL-1500 Ground Fault Locator and how does it work?
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