This article presents the novel application of a cross-capacitive sensor for monitoring
insulation degradation of transformer oil. The condition of insulating oil is determined by …

This work proposes an analysis relative to an optical-chemical sensor used to detect furanic
compounds in aqueous solutions. The optical platform consists of a flexible substrate …

Condition monitoring of oil-immersed in-service transformers to facilitate preventive
maintenance is still a challenge. Monitoring of 2-Furfuryldehyde (2-FAL), released in the …

Transformers play a vital role in the power system. Moisture, 2-furfuraldehyde (2-FAL), and
dissolved gases in transformer oil are used to assess the condition of the insulation in …

The various types of high-voltage instrument transformers (HVITs) play a highly significant
role in the power system. They are necessary for routine operations such as control and …

This work presents an innovative optical chemical sensing approach, which considers a
molecularly imprinted polymer (MIP) as the core of an optical waveguide. More specifically …

Motivation: Transformers are critical to electrical grids, making continuous monitoring of their
condition essential. Transformer health is conventionally monitored through oil quality …

Trustworthy onsite transformer oil testing to monitor the condition of oil-dipped transformer is
a tremendous task. different sensors used for the purpose of monitoring the condition of oil in …

An innovative extrinsic optical fiber sensor was developed and tested to detect a specific
analyte. More specifically, plastic optical fibers (POFs) are coupled to a sensitive chip based …

The Transformer is one of the important equipment of power systems. It is very vital link in
generation, transmission and distribution in electrical power system. It is subjected to harsh …