HY-VAULT Transformer Monitoring Solution

H2scan’s HY-VAULT is an advanced transformer monitoring solution designed to enhance the safety and reliability of underground network transformers. By integrating H2scan’s trusted GRIDSCAN® 5000 hydrogen family of sensors with the AVO-1, HY-VAULT provides real-time insight into the condition of underground transformer fleets. This enables power utilities to make more informed, data-driven maintenance decisions, thereby improving operational safety and reliability of their assets.

H2scan’s unique HY-VAULT solution allows power utilities to:

  • Improve personnel & public safety
  • Optimize human & OPEX resources
  • Minimize unplanned outages that impact large city blocks
  • Enhance grid resilience
  • Create a safer working environment for maintenance crews.

Ensure the safety, reliability, and continuity of your underground transformer fleet with HY-VAULT. H2scan’s HY-VAULT solution measures hydrogen generation, a leading indicator of an impending failure in network transformers. That knowledge allows grid operators to reduce unplanned outages, protect personnel and formulate maintenance plans that keep power flowing to businesses, homes, and critical infrastructure.

Features

  • High-temperature engineering for continuous operation at 125°C (257°F)
  • IP68 Ingress Protection hydrogen measurement
  • 10+ years’ operating life expectancy
  • 2-Wire RS485, Modbus RTU, DNP3 serial communication
  • No periodic maintenance is required thanks to the patented auto calibration

Pair With the GRIDSCAN 5000 family of transformer monitors

GRIDSCAN 5000

  • Precise hydrogen specific measurements
  • Oil Phase: 25 – 5,000 ppm; Gas Phase: 25 – 5,000 ppm in-oil equivalent

GRIDSCAN 5000 HP

  • Superior accuracy of ±25 PPM or ±10%
  • Oil Phase: 25 – 5,000 ppm; Gas Phase: 25 – 5,000 ppm in-oil equivalent

GRIDSCAN 5010

  • Perpetual calibration for rapid response applications
  • Oil Phase: 25 – 5,000 ppm; Gas Phase: 25 – 5,000 ppm in-oil equivalent

GRIDSCAN 5015

  • For environments with significantly higher hydrogen concentrations in the nitrogen blanket
  • Oil Phase 250 – 50,000 ppm1

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