Hitzinger dynamic UPS systems provide extremely high availability and total reliability in the event of mains failure and high efficiency during stand-by operation. The reliability and efficiency of Hitzinger UPS systems stems from the use of quality components and a design philosophy of keeping the system component count to a minimum.
This same philosophy can be applied to protecting any critical processes in commercial and industrial environments, In many cases a Hitzinger dynamic UPS is an ideal choice for a truly optimal solutions.
Economic:Comparisons show that Hitzinger dynamic UPS solutions can offer a lower Total Cost of Ownership (TCO) than other UPS solutions because of savings in the following areas:
Hitzinger UPS systems typical achieve higher efficiencies than most other UPS solutions, up to 96%, and do so over a broader range of loadings where other systems may drop in efficiency quite considerably.
Further more Hitzinger UPS systems do not contribute to a facility’s general heat input which must be removed by HVAC system and so contributing considerably to running costs.
Hitzinger UPS systems do not require any special ventilation. They rely only on natural air flow which is another considerable cost saving.
Hitzinger UPS systems inherently offer power factor correction to keep plants and facilities operating at very close to unity PF.
Hitzinger UPS systems remove the need for special battery or inverter rooms and their associated HVAC and Ventilation requirements.
Hitzinger UPS systems only require natural ventilation and will happily reside in standard Genset rooms or can be housed in standard ISO containers with options for acoustic and EMI shielding.
Hitzinger UPS systems do not use batteries or power electronics on the power circuit. Disposal of hazardous lead acid batteries is not an issue.
The kinetic storage system, be it a fly wheel or a Kinetic module, and the brushless synchronous alternator do no degrade over time.
They also offer more dynamic overload response, fault clearing capabilities and are far more tolerant than power electronics to incoming voltage spikes caused, for example, by lightning strikes.
Dual output options: