UPS systems have long played an important role in business-critical IT power protection, many data centers is still operating systems 20 years after installation. But the question is still exponentially, while energy costs and emissions of carbon dioxide have increased. This is the reason for data center operators to find innovative technology, UPS, where existing systems are no longer sufficient.

Continued strong growth in commercial transactions on-line creates a force that is notonly much larger, but still critical, too. Many organizations survival 'depends on uninterrupted access to their resources online transaction processing. Meanwhile, to alleviate pressures from increased demand for power is not decisive because of rising energy prices alone, the Carbon Reduction Commitment (CRC) is the latest in a series of measures of international and non-governmental to reduce energy consumption and CO emissions. Suitability of non -reduction will be punished financially and reputation. Energy costs continue to rise, and their location in a list will be publicly visible.

UPS innovative architecture that allows data centers to these questions. UPS earlier was cumbersome, monolithic processor-based plan-alone units that lacked flexibility in adapting to existing or proposed critical loads. In contrast, today a UPS consists of a series of small modules mounted on the rack, which canintegrated, or the size of the "right to match precisely the current data center to download.

With proper calibration, UPS modules running at nearly full load, increase their operational efficiency. This reduces costs and carbon emissions through reduced power consumption directly and indirectly, through a reduction in cooling load. Additional financial and space savings plan occurs because of excess capacity for future expansion is unnecessary – The modules can be added if necessary. With a flexible, modular growthmonitoring of its critical load, loading UPS and the efficiency can be maintained.

The trend-leading blade server power in data centers also show another advantage of processor performance modular UPS. Require less of the score, then less additional capacity than conventional systems, the main power load factor for treatment.

Availability and resilience to failure was significantly improved. An additional module can perform some N +1 redundancy, without excessiveinfluence on the size and efficiency of the system load. And hot swappable modular reduction of time taken for half an hour, more processing power available with a factor of 10

In a recent client configuration documentation for the actual savings potential of modular UPS technology. A critical load customer is 400kVA, 500kVA expected soon to meet with a dismissal of a traditional processor 1 would mean that two 400kVA units, each of which would go on the liveronly 50% at full load and 75% efficiency. The modular version, using 50kVA modules are configured with eleven 50kVA modules. This gives a capacity of 550kVA 1 redundancy, while the work of the modules to 73% and 94% efficiency at full load. The system also features an improved power factor of 0.95 – compared to the traditional system is 0.85 – for this race.

Cost of air-conditioning included, this increased efficiency translates into a total cost of operation per year £ 18,657, comparedwith the traditional system is £ 97,432. More than 5 years, reaching a total cost of ownership savings of £ 393,875 and a reduction of 2,160.3 tons of CO2. This is a passage of carbon-neutral by 3326 trees.

On top of the substantial cost savings available, many other benefits also apply. As organizations' IT load growth is only the physical size of their data center is typical. This is inevitable, but to broaden the boundaries of space and access, which means that a reduction of 40 – 50% in bothsize and weight offered by the modular UPS, the importance of much greater. Then, with even more benefits, including the harmonic distortion less power consumption and low noise, it is never the choice of the right of modular UPS most important.

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