GIS Testing

GIS Testing

GIS TESTING

GIS Testing focuses on assessing the electrical, mechanical, and insulation integrity of Gas-Insulated Switchgear used in medium, high, and extra-high voltage substations. This service includes insulation resistance testing, partial discharge measurement, gas density and leakage checks, dielectric withstand testing, and mechanical operation verification. At SLPL, GIS testing is carried out using specialized equipment and IEC-compliant procedures to detect insulation defects, gas issues, and operational abnormalities. Proper GIS testing ensures long-term reliability, compact substation performance, and safe power system operation.

GIS Testing provides deep insight into the condition of compact, high-value switchgear installations. Through precise diagnostics and condition monitoring, potential failures are identified early, minimizing outage risks and maintenance costs. This structured testing approach enhances safety, improves reliability, and ensures uninterrupted performance of gas-insulated substations.

Why is GIS testing important?

GIS testing ensures insulation integrity, detects partial discharge, and confirms safe operation of gas-insulated switchgear.

When should GIS testing be performed?

GIS testing should be conducted during commissioning, after maintenance, and periodically as part of condition-based monitoring.

How does SLPL ensure accurate GIS testing?

SLPL performs GIS testing using advanced diagnostic tools, trained specialists, and IEC-compliant testing procedures.

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