Select Sidearea

Populate the sidearea with useful widgets. It’s simple to add images, categories, latest post, social media icon links, tag clouds, and more.

hello@youremail.com
+1234567890

Single Gas DGA

The world's most advance DGA solutions

hero_relay_control (2)

Transformer oil is subjected to electrical stress, and this stress can cause oil breakdown creating the gases within the transformer oil. GE single gas DGA can track the percentage of a single gas, mainly hydrogen, within the oil and can alarm the customer about the health of the transformer in case of excessive hydrogen detection. One of the ways is to periodically test the transformer oil by taking on-site samples, but some of the catastrophic actions can build up within a short period, causing severe damage to the transformer. EPESOL's provided monitoring devices continuously monitor and evaluate the oil condition and indicates any abnormality, saving transformers from permanent damage.

Hydran  201 Ti
  • Small Compact On-line Early Warning Transmitter
  • Responds 100% to hydrogen
  • Sensitive to carbon-dioxide.
  • No calibrations needed.
  • Alarms set at pre-defined levels.
  • Self-diagnostic equipment
Hydran M2
  • All-in-one On-line Transformer monitoring Device
  • Responds 100% to hydrogen
  • Indicate winding hot spots
  • In addition to hydrogen, monitors carbon- monoxide and carbon-dioxide.

Discover More

Multi Gas

DGA

 Transformers are the most critical assets of the power system, and there continuous monitoring is required. Single gas DGA on transformer oil can analyze much about the transformer

Portable

DGA

EPESOL offers for the first time in Pakistan an on-site DGA facility through its state-of-the-art on-site DGA test-set, Transport . The second-generation Transport is a compact

Complete

Monitoring

Along with DGA and bushing failures, there are also several other failures such as the main tank accounting for 30%, Tap changer accounting for 35%, and the Cooling system accounting

Bushing

Monitoring

Bushing failure is one of the leading cause of transformer failure, accounting for 15% of the total failures. Faulty insulation is the principal cause of bushing failure. Humidity and oil