USV ENERTRONIC modular 80 – 480 kVA
Three Phase UPS System with Modular, Hot-Plug Design
Introduction
BENNING has been supplying modular DC power solutions for IT, telecom and industrial applications for more than 20 years. These DC systems are very reliable as they consist of parallel operating hot-plug DC power modules with n+1 redundant configuration.
This design allows easy and rapid replacement as well as upgrade or downgrade of the power capacity following any change in the load requirements.
The modules can be replaced without the loss of output power.
- The near unity power factor of the ENERTRONIC modular, results in very low harmonic distortion on the mains
High Efficiency, even at partial loads, means less TCO (Total Cost of Ownership)
High efficiency of UPS systems is essential to reduce operating costs.
The ENERTRONIC modular UPS has been designed to provide high efficiency at full rated loads and also at partial loads.
This excellent efficiency lowers the UPS energy consumption as well as the investment and operating costs for the airconditioning equipment.
- ENERTRONIC modular with distribution cabinet, output power 200 kVA (n+1)
Improved Output Power and higher Power Density with 40 kVA Power Modules
The dimensions of system cabinets designed for 40 kVA power modules are 1800/2000 x 800 x 800 mm (H x W x D).
These cabinets can accommodate up to four or five 40 kVA power modules (depending on height) providing 120 kVA or 160 kVA system power in n+1 configuration.
Features of the ENERTRONIC modular UPS Systems:
- Scaleable UPS systems with hot-plug power modules
- N+1 redundancy ensures maximum availability
- Advanced UPS design with IGBT and MOSFET semiconductors and DSP processors
- UPS classification VFI-SS-111 in accordance with EN/IEC 62040-3
- High efficiency, also at partial load, reduces energy losses
- Sinewave input current (powerfactor 0.99)
- Input current with low harmonic distortion (THDi < 5 %)
- Short MTTR (Mean Time To Repair)
Replacement of modules without load interruption - Online diagnosis and monitoring
Further information:
