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Breakthroughs in Electrical Maintenance Revealed at the CIGRE Exhibition
The CIGRE Exhibition 2024 held in Paris from August 26 to 30, was a landmark event for the global power systems community. Bringing together industry leaders, experts, and innovators, the exhibition showcased cutting-edge technologies and solutions aimed at advancing electrical systems and infrastructure. Industry leaders and innovators came together to explore advancements in energy transition, smart grids, and sustainable power. The event featured insightful presentations, technical workshops, and networking sessions, making it a pivotal moment for professionals to exchange knowledge and foster collaborations that will shape the future of the energy sector.
Key Developments in Partial Discharge Detection
A key focus of this year's exhibition was the vital challenge of detecting corona discharge. This issue, resulting from the partial electrical breakdown due to air ionization around conductors and insulators, presents considerable risks to the durability and reliability of electrical infrastructure. Corona discharge produces harmful substances like ozone and nitrogen oxides, which can degrade high-voltage lines and substation components, harm insulators, interfere with radio signals, and generate audible noise. Tackling corona partial discharges is crucial for maintaining the efficiency and stability of power systems, particularly as global energy demands increase and infrastructure continues to age.
Advanced Detection Solutions
New developments in corona partial discharge detection took center stage. The latest innovations in Corona Partial Discharge detection technology were prominently showcased at the exhibition. Cutting-edge inspection devices, which visualize solar-blind ultraviolet (UV) signals, are now capable of detecting partial discharge and arcing on high-voltage equipment in real time. These non-destructive remote sensing devices utilize ultraviolet light, absorbed by the ozone layer, to ensure that detected signals originate from terrestrial sources. Advanced bi-spectral UV-Visible cameras, equipped with enhanced filtering capabilities, can detect even faint UV signals in broad daylight, marking a significant advancement in Partial Discharge Camera technology.
Introducing GRIDNOSTIC: Actionable Insights for Smarter Decision-Making
One of the key event highlights was the introduction of ‘GRIDNOSTIC’, OFIL Systems' new partial discharge detection technology. The exhibition highlighted the most recent breakthroughs in Partial Discharge detection technology, featuring GRIDNOSTIC’s real-time detection of partial discharge and arcing on high-voltage equipment by capturing solar-blind ultraviolet (UV) signals. These non-invasive remote sensing devices use UV light, absorbed by the ozone layer, to confirm the terrestrial origin of the signals. With enhanced filtering abilities, advanced bi-spectral UV-Visible cameras can detect even weak UV signals in daylight, marking a major step forward in the field of partial discharge detection.
OFIL Systems: Advanced Corona Partial Discharge Detection and Monitoring Solutions
OFIL Systems, a prominent player in the electricity industry, presented its cutting-edge technologies at the IEEE PES T&D exhibition. With over 30 years of expertise, OFIL has continuously advanced solar-blind ultraviolet (UV) technology, significantly transforming predictive maintenance practices. Among the standout innovations were the company’s sophisticated electro-optical sensors and the newly launched GRIDNOSTIC software, further cementing OFIL’s reputation as a trailblazer in improving the reliability and lifespan of electrical assets globally.
For further information on OFIL Systems and its innovative solutions, please visit the website or LinkedIn page.
Contact Info:
Name: Keren Peleg
Email: Send Email
Organization: Ofil Systems
Website: https://ofilsystems.com/
Release ID: 89141331
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