H2scan TM Catalog 2025 - Flipbook - Page 41
Bene昀椀ts and Advantages of a Hydrogen Monitoring System
Adopting a hydrogen-昀椀rst monitoring solution offers several bene昀椀ts to transformer owners:
Real-time asset health awareness: Continuous monitoring of hydrogen levels provides real-time insights
into transformer health, enabling proactive maintenance and minimizing unplanned downtime.
Early fault detection: By detecting hydrogen at the onset of insulation degradation, transformer owners
can identify and address issues before they escalate into catastrophic failures.
Extended asset life: Proactive maintenance and timely intervention based on hydrogen monitoring can
signi昀椀cantly extend the reliable life of transformers.
Reduced maintenance costs: The elimination of periodic calibration and sensor replacement reduces
overall maintenance costs associated with traditional multi-gas monitors.
Affordable price point: Transformer owners can install it on all their units, offering 昀氀eetwide visibility
of all their transformer assets.
Future Outlook and Industry Trends
The demand for effective transformer health monitoring solutions
is poised for signi昀椀cant growth driven by several key factors.
First, the IoT (Internet of Things) movement, cloud computing and
increased automation have created a surge in electrical demand
that impacts residential, commercial, industrial and transportation
sectors, placing new burdens on the existing electrical grid due to
higher energy demands.
Secondly, the transition from fossil fuels towards clean energy
sources, such as electric-hybrid vehicles and renewable generation,
emphasizes e昀케cient and reliable electricity transmission to the grid.
Furthermore, the aging electric infrastructure in many regions, with
a signi昀椀cant portion of transformers approaching or exceeding their
expected life spans, necessitates proactive replacement and
maintenance strategies. Preliminary analysis estimates that the
overall stock capacity of transformers needs to grow by a staggering
160% to 260% by 2050, compared to 2021 levels,4 to meet the
increasing energy demands across various sectors.
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Success Story
H2scan’s hydrogen monitoring
solutions have been successfully
deployed in various industries,
including utilities and industrial
facilities. One notable success
story involves a large aerospace
company that, through continuous
hydrogen monitoring, has been
able to achieve:
Early detection of incipient
faults, enabling proactive
maintenance and preventing
costly failures.
Extended transformer life,
reducing the need for
premature replacements.
Optimized maintenance
schedules and reduced
downtime associated with
traditional multi-gas
monitoring approaches.
As the demand for reliable
power and e昀케cient asset
management continues to
grow, a reliable and costeffective hydrogen monitoring
system could present the
industry with a practical new
standard for industry quality
measurement and transformer
reliability.
pg.41
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