The primary sources of energy consumption in most data centers are server operations and cooling. Much of the energy usage comes from large industrial equipment, such as pumps, chillers, and cooling towers.
Sensaphone offers sensors that measure airflow and differential pressure in cooling towers, air- and water-cooled chillers, air handlers, refrigeration units, power generators, control rooms, clean rooms, computer rooms, and data centers.
Collaboration will help RackBank reach its 100% clean energy and decarbonization data center goals
August 2, 2021
The refrigerant-free indirect evaporative methodology and its patented microporous membrane heat exchange process historically reduce water consumption in data centers by up to 90%.
It will take commitment and expertise across generations to reverse the damage already done to our environment and then continue with a new, sustainable way of life. Specialty knowledge is needed to develop more sustainable spaces and deploy and maintain operational and informational technologies that drive healthier buildings.
Traditionally the commissioning process is presented as finite, defining beginning and end milestones. In hyperscale data center construction, however, practicalities and customer culture dictate that the commissioning is instead a continuous process improvement undertaking.
The Sensaphone IMS-4830 Water Detection Sensor protects data center servers and equipment from damaging water leaks from malfunctioning HVAC systems or any general plumbing failures.
Cooling experts consider the footprint of the data center’s building and property, the climate it’s in, and the IT load to design the system that best addresses the customer’s needs.
Data centers must assure not only the integrity of the data they process and store, but the integrity of mechanical systems that drive their operations.