Leading Efficiency Technologies resulting in ultimate savingsEaton 93PM G2 UPS can save you 10 000 € annually in operating expensesOptimized double conversionEaton 93PM G2 UPS costs you less to own because it is more efficient, thanks to a number of leading technologies.Variable Module Management System (VMMS) helps to achieve high efficiency even when UPS load levels are low – typical for redundant UPS systems.Lowest Total Cost of OwnershipDouble conversion efficiencyHigh online efficiency significantly lowers operation costs and provides savings in cooling. Replacing an older generation UPS with an Eaton 93PM G2 has a return on investment of 3 years. Energy Saver SystemEnergy Saver System (ESS) improves the Eaton 93PM G2 efficiency levels to above 99%. ESS is the most proven and reliable energy saving system in the market with many years of usage within a wide install base. Even when comparing to extremely high double conversion efficiency, ESS mode can further reduce the losses by 74% with a typical UPS load.97%PAYBACKTIMEYEARS900000 kVA74% Less Losses of UPS CAPACITY IN ESS MODE25%75%VMMSESSREDUCTION IN OPERATION EXPENSES- €5000 €15000 €20000 €25000 €30000 €35000 €40000 €12YEARCUMULATIVE SAVINGS 34545000 €50000 €10000 €What’s in it for me?Check Eaton’s new TCO calculator eaton.eu/TCOData used for calculationEaton 93PM G2 vs. 95% efficiency UPSelectricity price 0,121 € / kWh (Euro area average)cooling ratio 20%, 300 kW loadDOUBLE YOUR SAVINGS by utilizing ESS MODE90 000 €/5 yearsTypical returns up to50 000 € per MWof power allocated togrid support per yearEaton 93PM G2 UPS isEnergy is often seen as a cost centre. But it can be a revenue generator. An Eaton EnergyAware UPS supports the environment and wider use of renewable energy through demand response and ancillary services, positively impacting Corporate Social Responsibility while creating savings and additional revenue – all of which increases a data centre’s competitiveness. All this in a fail safe and controlled way, using stored energy in parallel with mains and keeping enough energy to meet back-up time requirements and always prioritizing critical load protection.
