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Tuesday, April 25th, 2017

Data Center and Infrastructure

Shift toward new technologies giving a huge boost to adoption of UPS systems

Shift toward new technologies giving a huge boost to adoption of UPS systems

The accelerating shift toward digitization, Internet of Things (IoT), software as a service (SaaS) and cloud computing is giving a huge boost to the adoption of uninterruptible power supply (UPS) systems across different applications, according to Frost & Sullivan’s “Global Uninterruptible Power Supplies Market, 2016” report.

With greater virtualization, data centers have risen in importance and numbers, creating a vast market for UPS systems. The United States alone has more than 12 million servers in 3 million data centers. As loss of power could disrupt data centers' globally connected data processors and result in significant losses, high-power UPS systems are enjoying enthusiastic uptake among these end users.

"While data centers propel the above-200 kVA UPS segment, the popularity of modular UPS systems has made the up-to-300 kVA systems the biggest growth segment," said Frost & Sullivan Energy Research Manager Suba Arunkumar. "Modular UPS' scalability makes it ideal for backup power in key industrial applications.”

According to the research, more than 60 percent of the UPS demand is from North America and Asia-Pacific, with the United States, China and India being prominent markets.

The size and potential of the market has attracted numerous players offering small power-range UPS at fiercely competitive prices. This market fragmentation is slowing down the overall revenue and market growth, compelling UPS suppliers to innovate as well as implement expansion strategies.

”Developing countries including Malaysia, Indonesia, Venezuela, Brazil, Colombia, India and China are proving to be high-growth markets due to their power deficits, aging transmission infrastructure, blackouts and brown-outs," noted Arunkumar. "Significantly, emerging economies adopt UPS of less than 20 kVA, whereas developed countries largely depend on the above-20 kVA range to combat low power quality issues in industrial, healthcare and data center applications.”