EkkoSense launches world’s first IoT-enabled wireless temperature and humidity sensor for data centres
March 20, 2018 11:53 am Published by Leave your thoughts

  • New ultra-low cost sensor disrupts the traditional data centre sensor cost model; makes true real-time thermal management of data centres a reality
  • Can show temperature profiles over the last hour, 24 hours or week for immediate on-site thermal assessment

EkkoSense, the UK-based data centre thermal software and services expert, has launched the world’s first Internet-of-Things (IoT) enabled wireless thermal sensor. The new ultra-low cost sensor disrupts the traditional data centre sensor cost model, enabling it to be deployed in such vast numbers that true real-time thermal management of critical facilities such as data centres now becomes realistic.

The new low-cost EkkoSensor family will be displayed on the EkkoSense stand (D1210) at Data Centre World 2018 in Excel, London on the 21st and 22nd March. Visitors to the stand can enter a business card draw to win their own wireless EkkoSensor with Display.

The new EkkoSensor Wireless Temperature and Humidity sensor features a local display of the measured temperature and relative humidity values, with additional screens that can be cycled through to show temperature profiles over the last hour, 24 hours and 7 days for quick thermal assessment on site. All temperature and humidity data is encrypted with 128-bit AES encryption before transmission to an EkkoHub wireless data receiver for forwarding to EkkoSense’s cloud-based EkkoSoft 3D visualisation and analysis software.

“With cooling now representing 30% of a data centre’s operating cost, organisations are currently spending far more than they need to on expensive data centre cooling hardware – so there’s a pressing requirement for thermal performance optimisation. However, to achieve this it’s essential for data centre managers and their energy teams to have access to much more granular levels of data,” commented Paul Milburn, EkkoSense’s Head of Product Management.

“Unfortunately, less than 5% of data centres currently gather this kind of rack-level precision-data, and that’s largely been due to the expensive hardware required to measure effectively. Now, with the introduction of our ultra-low cost wireless IoT sensors, barriers to high spatial resolution have been removed, and rack-level sensing – allowing the air temperature and humidity at each asset of interest to be accurately monitored at predefined intervals – making true data centre thermal optimisation a reality for operations of all sizes,” continued Paul.

“At EkkoSense we know that it’s only by combining rack-level granular cooling and thermal data, increasingly smart 3D thermal visualisation monitoring software and proven Data Centre Optimisation services, that you can actually start to track cooling loads in real-time,” added EkkoSense’s CEO, Dean Boyle. “Our new ultra-low cost wireless EkkoSensor technology now makes this achievable, enabling the creation of a much more granular mesh of networked sensors that accurately capture not just temperatures, but also energy usage, heat outputs and airflows. And this is exactly the kind of information that data centre and energy teams will increasingly need to evolve towards the next generation of data centre AI applications.”

Wireless EkkoSensors are entirely self-contained, and battery-powered for simpler installation. The sensors provide a direct sensor-to-hub linkage to keep the radio network simple and deliver predictable levels of battery life and performance.

About EkkoSense:
The EkkoSense data centre team consists of thermal, mechanical, refrigeration engineers and Ph.D. thermal experts with 20+ years’ experience in optimising data centre environments. EkkoSense provides advanced software tools, data analytics and expert services to reduce risk, increase capacity and save energy in critical infrastructures.

Press Contact:

Cheryl Billson

Comma Communications – PR for EkkoSense

07791 720460

[email protected]


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This post was written by Dean Boyle

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