ENERTRONIC modular UPS systems with their „clean input“
(THDi require Gen-sets with only 1.
If Gen-sets are used, they have oversized 2. With 12-pulse thyristor rectifiers
Gen-sets need 2. the
refore important pay attention the UPS system
efficiency under partial load conditions. 17:ENERTRONICmodularwithnearunitypowerfactorand
5 THDiavoidsexpensiveoversizingofGen-sets
Unity power factor and low THDi______________________
The harmonic pollution (THDi) the input current tradi
tional UPS with 6-pulse thyristor rectifiers about %.5 times
the UPS output power.
Savings electrical energy
16556 kWh
CO2Emission
8510 (8. shows annual savings electrical energy and CO2
emissions redundant (n+1) kVA ENERTRONIC modular
UPS system compared with traditional redundant monoblock
UPS kVA). 16:High financialflexibility- payasyougrow
Pow upgrade________________________________________
Compared with traditional UPS systems the scalability of
ENERTRONIC modular UPS systems allows the output power
to grow in-line with increasing demand.
Fig.4 times the rating of
the UPS output power.
Power
[kVA]
ENERTRONIC modular
installed power 5x20
4x20______ _
6x20
I n
Fig.8 power factor). 14:lifecycle costs(totalcostofownership)
Total cost nership (TCO)________________________
Total cost ownership depends capital and operating
costs well installation, footprint and maintenance costs.51 t)
Fig.
Annual savings electrical energy are 16560 kWh and 8. 15:AnnualsavingsonelectricalenergyandCO2emissions
Usinga kVAredundantENERTRONICmodularUPSsystem
Less consumption electrical energy and savings in
CO2 emissions_________________________________________
Fig.s
6
EN odular
j Costs fan_replacement
>= maintenance costs
Power Upgrade, Lower Operating Costs
2x100
Ik
Years
Fig.0 times higher output power. The identical load for both systems is
50 kVA (0.
In comparison traditional UPS systems the advanced
modular hot-plug design ENERTRONIC modular UPS
systems results lower operation, installation, upgrade and
maintenance costs. Operating costs can optimised if
each the parallel redundant power modules delivers bet
ween and 100 their nominal output power.
.
During the entire life-cycle, power capacity upgrading keeps
the cost ownership low. This eliminates the
high initial capital cost purchasing power capacity that is
not required the earlier stage installation.511
of CO2emissions
