Skip to content

Reducing Accident Risk in 6–35 kV Distribution Networks Based on Online Monitoring of Partial Discharges and Temperature

Aug 2026 · Occupational Safety in Industry · pp. 7-13 · 0 citations

Abstract

The paper presents the results of experimental studies on the improvement of operational safety in 6–35 kV distribution networks, based on the implementation of a partial-discharge online monitoring and temperature monitoring systems. The studies were conducted in an operating industrial enterprise of a continuous process cycle, specific to the mining and processing industries. As shown, using standard sensors helps detect pre-failure conditions in cable lines and contact connections without shutting down the workflow. Quantitative diagnostic criteria have been determined; exceeding them significantly increases the risk of accidents. The implementation of the proposed approach ensures the reduction of calculated risk by more than fivefold, which is a matter of great importance for metallurgical, chemical, and oil and gas enterprises. The obtained results confirm the significance of the transition from scheduled maintenance to the preventive safety management model.

View source

Similar papers

Open access Sep 2026

Research on Fault Recovery of Electricity-gas Coupled Systems Based on Risk Early Warning

To address the large-scale blackout problem caused by cascading faults in the electricity-gas coupled system triggered by extreme weather, this study proposes a long-term phased restoration plan for outage loads through the coordinated operation of soft open points (SOPs) and energy storage devices. Firstly, considerin...

Xiao-Juan Lu, Qi-Xuan Liu, Duo-Jin Fan et al. · 0 citations
Open access Aug 2026

Risk Management of Regional Energy Security in the Context of Industrial Infrastructure Modernization in the Northwestern Federal District

The article examines infrastructure risk management for the energy security of the NWFD regions under sanctions and fuel and energy complex modernization. The study aims to assess key risks and develop recommendations to improve power supply reliability. Based on indicative analysis, PJSC Rosseti Northwest investment p...

Y. Putikhin · 0 citations
2026

THE ROLE OF DIGITAL TWINS IN ENSURING RELIABILITY AND PREDICTIVE MAINTENANCE OF 220 kV SUBSTATION EQUIPMENT

This paper examines the use of computer models of 220 kV substations as a tool for improving reliability and transitioning to condition-based maintenance. The use of fiber-optic data channels and the organization of the communication system architecture according to a hierarchical three-level principle in accordance wi...

D. D. Shkilko, A. Kozlov · 0 citations
Open access 2026

A Comprehensive Approach to Analysis and Operation Management of 0.4 kV Electrical Networks Based on Data from an Intelligent Electricity Metering System

Enhancing observability and energy efficiency of 0.4 kV distribution networks is a priority objective in the digitalization of the power sector. Traditional solutions based on digital substations are economically unfeasible for numerous low-voltage facilities. This paper proposes a comprehensive approach utilizing data...

R. Belousov, E. S. Latypov, A. Nikolaev et al. · 0 citations
Open access Sep 2026

Assessing the technical condition of mainline diesel locomotive power plants using modern diagnostic and automated monitoring technologies

The power units of mainline diesel locomotives are one of the primary technical systems ensuring the continuous and safe operation of railway transport. The operational reliability of these power units is directly linked to the timely assessment of their technical condition, the detection of malfunctions in their initi...

Shohijakhon Kudratov, O. Khamidov, B. Gayratov et al. · 0 citations

We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.