Electrical Maintenance Services

Scheduled annual and semi-annual maintenance for electrical infrastructure. Transformer oil sampling on a regular cadence. Circuit breaker maintenance per manufacturer recommendations and NETA MTS intervals. Relay maintenance testing to verify protection systems operate correctly. These are not one-time events. They are ongoing programs designed to catch problems before they cause outages.

We work with facility owners and operators to build maintenance schedules that fit their operational requirements. Planned outages, rotating shutdowns, or maintenance during low-demand periods. The goal is to maintain the system without disrupting operations.

Oil sampling and dissolved gas analysis (DGA) to detect developing faults. Insulation power factor testing. Winding resistance measurements. Turns ratio testing. Load tap changer inspection and maintenance. These tests reveal the condition of the transformer before a failure occurs.

Trending DGA results over time is one of the most effective ways to manage transformer health. A single sample tells you where you are. A trend tells you where you are headed. We provide the testing data and reports that make informed maintenance decisions possible.

Relay maintenance testing per NETA MTS intervals. Functional testing, calibration verification, and trip testing to confirm protection systems respond correctly. Modern microprocessor relays and legacy electromechanical relays both require periodic testing.

Circuit breaker timing tests, contact resistance measurements, insulation resistance testing, and functional operation verification. Breakers that sit closed for years still need to open when called upon. Maintenance testing confirms they will.

Infrared thermography surveys to identify hot spots and loose connections. Cable testing programs using hipot, VLF, and tan delta to assess cable insulation condition. Power quality monitoring to identify harmonics, voltage sags, and other issues. These diagnostic tools find problems before they cause equipment damage or outages.

Condition-based maintenance replaces guesswork with data. Test results and diagnostic findings drive maintenance decisions. Replace equipment that shows degradation. Defer maintenance on equipment that tests clean. Spend maintenance dollars where they matter.