Delta Electronics announced the introduction of Modulon DPH
which is a three phase UPS with modular architecture by its MCIS (Mission
Critical Infrastructure Solutions), a business unit of Delta Electronics and a
specialist in sustaining mission critical operations. Scaling from 25kW up to
200kW in a standard 19” rack enclosure, the Modulon DPH supports ultimate
availability for data center operations and provides the benefit of “pay as you
go” without over-sizing the UPS” says Suhas Joshi, Director, Delta Power
Solutions. While achieving ultimate availability, the Modulon DPH does not
compromise on power efficiency performance. When availability, efficiency and
expanding according to business needs are essential, the Modulon DPH is the
ideal UPS system to provide power protection and total cost ownership (TCO)
savings.
As the world is highly IT dependent, the data center now is
a critical engine, driving business operations. To ensure operation continuity,
the first concern is to maximize the availability of the data center. As the
amount of data grows, the expansion of the data center to cope with the growth
at the right size at the right time and with the right investment is another
critical concern. Delta’s standard rack-based modular design of the Modulon DPH
allows vertical scaling up from 25kw to 200kw according to power requirements,”
says, Suhas Joshi. The Modulon DPH supports N+X redundancy in a single
enclosure without requiring an extra UPS, resulting in huge capital and
footprint savings while retaining expansion flexibility on par with business
growth. Expansion is achieved by paralleling up to 4 units of the Modulon DPH.
Apart from availability and scalability, power consumption
is always an important factor in dealing with operational expense. The baseline
is to use power-efficient equipment. As a true online double conversion UPS,
the Modulon DPH delivers critical power protection to the data center and the
leading power performance in the industry. The overall AC-AC efficiency of the
Modulon DPH is 95% at 30% load and 96% at half load, which results in at least
6% more power savings than the legacy model of 92% power efficiency.
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