Learn how a data center used Purkay Labs' resiliency testing to assess their cooling system’s ability to maintain operations during failures. The tests provided valuable insights that improved their operational stability and informed strategic upgrades for long-term resilience.

Learn how a major Colo provider used Purkay Labs’ Thermal Survey service to identify the recirculating air at their rooftop chiller.

Learn how a major Colo Provider used the Purkay Labs Thermal Survey to evaluate their cold aisle containment strategy.

Learn how a hyperscale Data Center used Purkay Labs’ data to safely increase their set points.

Learn how a Colo Tenant used AUDT-BUDDY data to resolve a faulty BMS alert.

During COVID-19, increased demand on a major retailers’ online operations led to a number of hot spots threatening server uptime. Due to limited on-site staffing and changes to daily operations, the Client needed a way to solve the problem without third-party help. They used their AUDIT-BUDDY™ systems to diagnose and fix the hot spots in less than 24 hours. 

Learn how a Bank used live AUDIT-BUDDY data to uncover a major CRAC design problem during the IST. They stopped testing to fix the problem before engaging on costly, laborious and incorrect tests.

Learn how this Tier IV Colocation provider freed up excess cooling capacity with Purkay Labs’ Dynamic Heat Map.

In April 2018, a Colocation provider was concerned about running out of reserve cooling because a Tenant had put in multiple high-flow tiles. The Colo used Purkay Labs’ On-Site Assessment service to determine if the high-flow tiles were necessary. Purkay Labs use their AUDIT-BUDDY system and a TSI Balometer to measure the inlet temperatures and CFM measurements across the facility and found that the Tenant was significantly overcooling the facility.

In this case study, a Fortune 50 Telecommunications provider (the Client) wanted to examine the impact of changing CRAC control system on the running of the data center. Using Purkay Labs’ On-Site Assessment Service to benchmark the changes, the Client was able prove that they were be able to control inlet temperatures (and avoid variations), reduce CRAC energy use to run more efficiently. This had tremendous impact on the operating expenses, saving the Client $10K in the first month and reducing PUE by .03.