Traditional UPS systems often require access for service and repair the
sides and the rear. extra space cabling required.
Higher efficiency partial and rated loads results in
considerable energy and CO2emission savings.er
ENERTRONIC modular the advanced UPS technology
When making decision invest UPS systems for mission critical applications
Invest von need availability and total cost ownership (TCO) have considered. ENERTRONIC modular UPS systems only require front
access. This cabinet can upgraded simply inserting
additional power modules.
)n critical Quallty optimised
lication Lff cle
ow Efficiency Lower Energy
and Floor Space
5 kVA Dimensions kVA
Fig. 12: ENERTRONICmodularvs.
Fig. 13:Efficiencyasa functionofload
HighEfficiencyunderpartialloadconditions
High Efficiency under partial load conditions__________
Energy costs, the major part UPS life-cycle costs, are directly
related the efficiency characteristic the UPS system.
. traditionalredundantmonoblocUPSsystems
Floorspace requirement
Floor space (footprint) requirem ent parallel redundant
UPS system s_________________________________________________________
The single, space saving cabinets ENERTRONIC modular UPS systems need
less than one third the floor space when compared traditional redundant
two cabinet UPS systems.
However, yon can see from the chart below
further product characteristics must considered
to make the right decision for the best possible UPS solution.
In contrast traditional UPS systems with „poor“ efficiency
under partial load conditions, ENERTRONIC modular UPS sys
tems have been designed provide their highest efficiency
between and 100 load.
With the parallel architecture, only one cabinet required for ENERTRONIC
modular UPS systems
