Data centers

UMD™ is specifically designed to support AC motors loads for cooling pumps and fans, ensuring seamless operation during power transitions. Unlike traditional UPS systems, it handles load variations more efficiently, optimizing power delivery and reducing energy losses.

Yes, UMD™ is fully compatible with variable-speed drives (VSDs), allowing precise control of cooling pumps and fans. This capability enhances energy efficiency while ensuring continuous operation even during power fluctuations or outages.

UMD™ incorporates advanced power management algorithms to handle sudden load spikes without compromising system stability. It can provide temporary overload capacity to ensure cooling operations are not interrupted, protecting critical IT infrastructure.

UMD™ can be integrated into redundant power architectures, enabling parallel operation with other systems. This setup ensures no single point of failure, which is crucial for the reliability of cooling systems in mission-critical environments.

Absolutely. By optimizing power delivery to cooling systems and minimizing losses, UMD™ supports data centers' efforts to improve their Power Usage Effectiveness (PUE) metrics. It also reduces the strain on backup generators during outages.

UMD™ can integrate with hybrid power systems, including those utilizing renewable energy sources like solar or wind. It ensures seamless power supply by balancing input fluctuations and maintaining stable operation of cooling pumps and fans.

UMD™ requires minimal maintenance due to its robust design. However, periodic checks of load compatibility, system calibration, and thermal performance are recommended to ensure optimal operation in high-demand environments.

Yes, UMD™ is modular and can be scaled to match the growing cooling requirements of data centers. Its flexible design allows for easy integration into existing infrastructure without major system overhauls.