Turning Thermal Monitoring Into an 11% Insurance Premium Reduction
The Challenge
For colocation providers, the competitive landscape is unforgiving. Margins are constrained by the cost of power, real estate, and the capital requirements of continuous infrastructure investment. Insurance premiums represent a significant and often underexamined line item in the operating cost structure.
This colocation provider operated a portfolio of facilities, serving a mix of tenants. The facilities team had been using handheld thermal cameras for periodic electrical inspections for several years—a practice driven by NFPA 70B compliance requirements.
As AI workloads began migrating into the portfolio, the engineering team recognized that their existing inspection program—quarterly handheld surveys of primary electrical infrastructure—was no longer sufficient for the risk profile of the assets they were protecting. Rack densities were climbing. The electrical infrastructure was running harder.
The operator needed a solution that would satisfy an underwriter's requirements and do so in a way that was cost-effective relative to the premium saving it would generate.
Flir’s A700 series offers 640 × 480 resolution versus a 320 × 240 industry standard, with ±2°C accuracy versus ±5°C for competitors.
The Solution
Flir worked with the operator's facilities and risk management teams to design a continuous monitoring program centered on the A700-series fixed cameras, positioned across the electrical infrastructure in each of the operator's primary facilities.
The system was configured to provide continuous temperature monitoring with automated alerting, with thresholds set in consultation with the facilities team based on the operating parameters of the specific equipment in each location. Alerts were routed to the facilities management platform and to the on-call engineering team, ensuring that any anomaly was visible to the right people at the right time, regardless of when it occurred.
Flir also provided the operator with a formal deployment report documenting the monitoring coverage, alert configuration, and system parameters—a document specifically designed to satisfy the evidentiary requirements of insurance underwriters assessing continuous monitoring programs. This documentation, presented to the underwriter at the operator's next renewal, formed the basis of the commercial conversation that followed.
The Results
At renewal, the operator's underwriter recognized the continuous thermal monitoring program as a material risk reduction—specifically, the shift from a quarterly inspection model to 24/7 automated monitoring of the highest-risk electrical assets. The result was an 11% reduction in the annual premium on the operator's primary property and equipment coverage policy.
For a colocation facility with coverage at this level, that percentage reduction translates to a saving that, annualized, represents a significant proportion of the total cost of the Flir deployment. The payback period on the monitoring investment, calculated against the premium saving alone and excluding the operational benefits of earlier fault detection, was well under two years.
The operational benefits were a further dividend. In the twelve months following deployment, the system generated three alerts on electrical assets that were subsequently inspected and found to have developing faults. Two of those faults were at a stage where they would not have been detected in a standard quarterly visual inspection. One fault was assessed by the engineering team as having the potential to cause a partial load loss event if it had progressed to failure—an event that, given the SLA commitments in place with the affected tenant, would have resulted in significant financial and reputational consequences.
The operator is now extending the monitoring program to its remaining facilities and has incorporated continuous thermal monitoring as a standard specification in its facility design standards for new builds—a decision driven equally by the insurance economics and by the operational risk reduction that the program has demonstrated in practice.
In documented electrical-room case studies Flir detected failures three days earlier than competing systems.
