Critical Infrastructure
Critical infrastructure failures do not stay local. They cascade across systems, economies and societies.
A single transformer failure can escalate into cascading outages, safety incidents and systemic disruption — often within minutes.
What is Critical Infrastructure?
Critical infrastructure includes essential systems — energy, transportation, data and water — whose failure can directly impact public safety, economic stability and national resilience.
In modern energy systems, infrastructure failures are rarely isolated. They propagate across interconnected networks.
Structural Risk Factors
- Regulatory scrutiny is rising
- Environmental and human risks are intensifying
- Systemic failures can have cascading impacts
Why Power Transformers Are System-Critical Assets
Transformers are critical to the transmission of energy, stepping up or down voltage to keep industries, cities, and facilities running.
The failure of just one transformer can trigger a cascading shutdown across the entire infrastructure.
Their size, bespoke design and long replacement timelines make them one of the most vulnerable points in critical infrastructure systems.
From Local Incident to System-Wide Crisis
What starts as a localized technical fault can rapidly evolve into a multi-sector crisis.
From Local Incident → System-Wide Crisis
SERGI Value
Addressing systemic infrastructure risk requires long-term engineering expertise, regulatory alignment and proven field experience.
SERGI brings decades of experience in mechanical transformer protection, aligned with international standards.
- Aligned with NFPA, IEC, IEEE standards
- Engineered & tested mechanical solutions
- Passive protection – no electronics, no sensors
- No cyber dependency
