Fairbanks Energy help reduce data centre cooling costs with Pressac’s temperature monitoring sensors
Fairbanks Energy Services use Pressac’s temperature sensors to monitor IT equipment in data centres. By using accurate real-time temperature data to intelligently control computer room air conditioning (CRAC) units, along with airflow best practices, FES help their customers reduce the amount of cooling needed by 10-20%.
Fairbanks Energy Services (FES) are a full-service design and build energy conservation firm. They have over 30 years’ of experience providing energy conservation services for commercial and industrial clients throughout the United States.
They draw on their in-depth industry knowledge to identify the most appropriate retrofit solutions for each client, helping businesses maximise savings for the lowest cost.
In most data centres, maximising uptime is prioritised over energy efficiency. In fact, many data centres are so concerned with making sure their systems receive adequate cooling in the event of an HVAC system failure that they use two to three times as much cooling as they need to.
FES set out to solve this problem by monitoring the temperature of IT equipment and applying intelligent controls to computer room air conditioning units.
Their challenge was to find a retrofit solution that could be installed without disrupting the IT network and that didn’t add to their customers’ energy usage.
A search for manufacturers of low-energy, wireless temperature sensors led them to Pressac. Our temperature sensors use wireless technology so they can simply stick to the front of a cabinet with no need for cables. They’re also use solar powered, making them incredibly low maintenance.
In a trial, FES found that the low lighting used in data centres meant our solar-powered sensors weren’t a viable option. They fed back to us and we designed and developed a low-energy battery-powered temperature sensor for low-light conditions.
FES has since developed and installed hundreds of data centre optimisation projects. The ability to monitor and control temperature, combined with best practices such as containment and active air management, has reduced the amount of cooling needed by between 10% and 20%.
“We appreciate Pressac listening to our feedback and taking action by developing the low-energy battery-powered temperature sensor for low-light conditions in data centres. Fairbanks Energy uses Pressac temperature sensors for our projects because they are low maintenance and give us the valuable information we need to save energy for our customers.”
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