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The Feasibility of Using Daytime Corona Inspection to Identify Contaminated Insulators that Need to Be Washed

Abstract In areas plagued by contamination related flashovers, it is a challenge to decide when to was the transmission line or substation insulators. An experimental study has been performed to investigate the feasibility of using daylight corona detection as a means to identify insulators that needs to be washed. Product ID: 1013675
Sector Name: Power Delivery & Utilization
Date Published: 6/9/2006, Document Type: Technical Update, File size: 3.26 MB, File Type: Adobe PDF

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Sustainability Considerations Conerning Electrical Gridlines

A recent environmental report by the US EPA revealed that the electric power industry contributed over 25% of the total greenhouse gas (GHG) emissions in 2020 alone. This is closely followed by the industry sector, with around 24% of the total GHG for the same year. From this data, you can see the crucial role that the electric power and industry sector plays in changing their practices to reduce the detrimental effects of GHG on the environment. Apart from industry leaders, sustainability experts, like environmental and conservation scientists, study the impacts of GHG and recommend preventive sustainability practices.

Ofil develops and‭  ‬manufactures UV Bi-spectral optical and digital inspection systems with embedded proprietary patented Solar Blind technology‭. ‬Ofil aims at providing precise solutions for science‭, ‬industry and environmental wellness‭. ‬Ofil owns the brand‭ ‬name DayCor®‭ ‬that stands for Daytime Corona detection‭.  ‬

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