Centiel

Centiel CumulusPowerModel X1 - Single-Phase Modular UPS

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CumulusPower™ X1 represents an innovative leap in single-phase modular UPS solutions by incorporating Centiel's three-phase Distributed Active Redundant Architecture (DARA). This advancement ensures enhanced availability with a remarkable '9 nines' (99.9999999%) uptime, addressing the needs of critical application sectors such as healthcare, finance, and banking. The system's robust fault-tolerant architecture eliminates single points of failure, with each module fully independent and equipped with redundant features including a static bypass and individual power converters. The 10kW or 20kW capacity, along with a 20kW N+1 redundancy option, optimizes energy management through Maximum Efficiency Management (MEM), adapting resources to load demands efficiently. Additionally, the integration capability into 19” racks or standalone cabinets with battery options curtails infrastructural changes and maximizes space efficiency, making it an optimal choice for environments like surgical operating rooms demanding high safety and cost efficiency.

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CumulusPower X1, Centiel’s latest innovation, is a single-phase modular UPS solution. This cutting-edge technology brings the benefits of UPS distributed parallel architecture to single-phase critical loads. It provides the same high quality, high uptime availability power protection that has previously only been available from three-phase UPS systems.

With CumulusPower X1, Centiel has revolutionized the single-phase modular UPS market by integrating the functionality of its three-phase Distributed Active Redundant Architecture (DARA) into this new solution, ensuring customer convenience and the highest level of power protection.

The response to this development has been unprecedented. This is particularly true in sectors such as healthcare, finance, and banking. The single-phase modular UPS offers increased availability, with “9 nines” (99.9999999%) availability to eliminate system downtime, and outstanding online efficiency of 97.1% to minimize running costs. Safe-Hot-swap modules eliminate human error during operation. The use of high-quality, long-life components significantly reduces the total cost of ownership (TCO).

The CumulusPower X1 is available as a three-phase input, single-phase output, or single-phase input/output. Its power comes in 10kW or 20kW capacity or 20kW N+1 redundancy in a single cabinet. Various cabinet types are available, including those with integrated batteries and rack-independent enclosures, allowing seamless integration into existing 19” racks and maximizing space utilization.

This solution eliminates the need for costly changes to a site’s electrical infrastructure. It also makes high-level power protection accessible to single-phase critical loads. The single-phase modular CumulusPower X1 is a breakthrough in single-phase power protection, easily installed in 19” racks or discrete UPS cabinets.

The integration of in-rack batteries not only increases cost efficiency but also significantly reduces the floor space required, making it an ideal and space-saving solution for surgical operating rooms.

  • High availability
  • Full rendundancy : DARA – fault-tolerant architecture
  • Industry leading VFI 97% efficiency
  • Bypass redundancy
  • Distributed architecture : No single point of failure
  • Small footprint : +0,51 MW/m2
  • Outstanding overload capability ; 124% continuous operation in overload
  • Minimized total cost of ownership
  • Ultra-safe eco mode : 99.4% efficiency in Eco Mode operation
  • Swiss quality
  • High Availability
    Fast fault detection and isolation
    High overload capability to handle power spikes
  • Advanced energy management
    Advanced and proactive battery testing
    Intelligent battery management for optimized performance
  • Full flexibility
    Easy parallel configuration of multiple UPS units
    Flexible battery block selection
    Multiple battery storage options
    Wide input voltage range
  • High efficiency
    Excellent energy efficiency with online double conversion
    High power factor for reduced reactive power losses
  • Serviceability
    Hot-swappable design for zero downtime maintenance
    Wide range of communication interfaces