By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
.
The reducing energy use and maintaining a stable temperature for critical equipment. For the purpose of preventing heat-related problems, such as shutdowns and data loss, efficient and effective ventilation and air conditioning systems are essential.
One percent of the world’s electricity usage and CO2 emissions are attributed to data centres, which typically spend up to 50% of all energy on cooling technology. The implementation of improved motor control in heating, ventilation, and air-conditioning applications is one technique to achieve the aims of reducing energy consumption and having a negative environmental impact on data centres.
An electric motor’s speed and torque are controlled by a variable speed drive, which also induces shaft currents inside the motors that discharge through the bearings, potentially damaging the bearings and leading to bearing failure. With carbon brushes and bearing protection rings, shaft currents can be reduced, but over time, these parts deteriorate and lose their effectiveness.
The Global Critical Cooling motor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
In data centres, hospitals, and commercial and industrial facilities, Baldor-Reliance Critical Cooling motors from ABB stably improve uptime and lower maintenance requirements. Motors from Critical Cooling are built with either NEMA Premium or Ultra-Premium efficiency levels for inverter duty.
Baldor-Reliance Critical Cooling motors offer the best level of bearing protection available when used with variable frequency drives, and they come with a lifetime warranty against shaft current-related bearing failure. Critical Cooling motors offer the highest level of bearing protection available. when used with variable speed drives, and they come with a lifetime warranty against shaft currents.
The introduction of Design Envelope EVERCOOL, a fresh approach for quick implementation in mission-critical cooling applications, has been announced by Armstrong Fluid Technology. EVERCOOL is an automation platform for cooling systems with vital functions. Pre-engineered, feature-rich choices are available on the EVERCOOL platform and can be customised locally.
The platform avoids the conventional requirements of considerable site programming and customization while meeting the demanding standards of the Uptime Institute for Tier III data centres. By synchronising the functioning of the cooling systems, EVERCOOL shortens the time it takes to commission a site and uses less energy overall.
