Function

DELPHYS XM is a high-efficiency UPS designed with cutting-edge technology to reduce Total Cost of Ownership (TCO). Its ultra-compact footprint, combined with energy efficiency, adaptability, and modular design, creates a perfect synergy that maximises overall performance and benefits.

Conformity to standards

EN/IEC 62040-1
EN/IEC 62040-2
EN/IEC 62040-3

Advantages

Elevating efficiency: sustainable by nature, designed for performance

High UPS efficiency ratings enabling reduced energy consumption, cooling requirements and CO2 emissions:
- Up to 99% thanks to Smart Conversion Mode to transfer from line interactive to double conversion mode  in 0 ms.
- Up to 97,1% in online double conversion (VFI).
- Energy Saver Mode to maximise the efficiency under low load conditions.
High service efficiency: sustainability performance is further enhanced by digital services, making operations even more efficient and helping to reduce your carbon footprint.

Redefining power density

- DELPHYS XM delivers up to 800kW in just 0.8m2, setting a new industry standard.
- Optimised operational footprint: No lateral/rear space required with a dedicated cooling kit.

Best in class adaptability for multiple applications

From ordering to commissionning, DELPHYS XM ensures perfect integration:
- Standardised design and wide range of standard options.
- Lead & Lithium battery compatibility with wide operating voltage range.
- Versatile integration: Top or bottom cable entry, common or separated.
- Conformal-coated electronics and IP rating to adapt to site environment.

Ensuring proactive and easy maintenance

Optimised maintenance  MTTR (Mean Time to Repair) thanks to:
- Upgraded UPS and services connectivity for advanced monitoring and reactive maintenance.
- User-friendly 10" HMI – Easy to operate.
- Full front access and hot-swappable 100kW modules – Easy to maintain.
- No need to access the inside of the UPS – all maintenance can be performed without any cabling work.

Guaranteeing uptime with superior resiliency

Designed to eliminate any single points of failure:
- Modular design based on 100 kW modules engineered to avoid fault propagation.
- Intrinsic redundancy (N or N+1) to ensure high protection level under abnormal event
- Robust and full rated static bypass to to sustain abnormal load conditions.

Assistance

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