Financial Services

Our range of UPS, generators and emergency lighting products are ideally suited to financial service applications, and we deliver to and support many of the largest financial services organisations in the UK.

At KUP we understand that the key challenges in financial services power protection include:

  • New guidance and regulations on business resilience and impact tolerances due from the Bank of England PRC via CP29/19.
  • Space, floor loading and providing suitable environments for batteries, UPS systems and generators even with strict noise, access and pollution restrictions.

Our UPS systems range from modular three-phase units through to standalone models and compact single-phase UPS and UPS designed to handle regenerative loads from lifts.

Complementing these are kite-marked, performance-tested static inverters for emergency lighting systems and a range of compact, quiet and efficient generators, which complete the portfolio, whilst our own team of engineers are there to support them nationwide, 24/7, 365 days a year.

To discuss how we can help you find a solution specific to your requirements contact us at uksales.ups@kohler.com or call us on 0800 731 3269

Related Products

  • MINIPower PLUS (1.25 -10kVA)

    MINIPowerPLUS
    Single phase
    Single phase
    A single-phase installation consists of a single sine wave input and is typically a single phase of a larger three phase supply. A typical example of this would be a local three pin UK socket which uses 230/240 VAC to supply power. Most small power hardware including rack-mounted servers, telecoms, network switches, computer systems or any device running from a standard three pin UK plug, operate from a single phase supply.    1-10 kVA
    1-10 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.    Standalone
    Standalone
    Standalone UPS systems allow several units to be operated in tandem (known as horizontal scaling) to provide for a greater load.
    Flexible tower or rack-mounted UPS system with a unique scalable design featuring easy to replace mo
    Read MoreCompare
  • PowerWAVE 3000TP (10-20kVA)

    PowerWAVE 3000/TP
    Single phase
    Single phase
    A single-phase installation consists of a single sine wave input and is typically a single phase of a larger three phase supply. A typical example of this would be a local three pin UK socket which uses 230/240 VAC to supply power. Most small power hardware including rack-mounted servers, telecoms, network switches, computer systems or any device running from a standard three pin UK plug, operate from a single phase supply.    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.    10kVA & 20kVA
    10kVA & 20kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.    Standalone
    Standalone
    Standalone UPS systems allow several units to be operated in tandem (known as horizontal scaling) to provide for a greater load.
    One of the most compact single phase UPS systems delivering critical power protection of up to 80 kV
    Read MoreCompare
  • PowerWAVE 5000/TP 60-500kVA (Stand-alone 10-50kVA)

    PowerWAVE 5000/TP
    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.    10-50 kVA
    10-50 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.    Standalone
    Standalone
    Standalone UPS systems allow several units to be operated in tandem (known as horizontal scaling) to provide for a greater load.
    Standalone three-phase UPS system available in seven power ratings from 10 to 50kVA and in different
    Read MoreCompare

  • PowerWAVE 6000
    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.    60-500 kVA (500kW)
    60-500 kVA (500kW)
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.    Standalone
    Standalone
    Standalone UPS systems allow several units to be operated in tandem (known as horizontal scaling) to provide for a greater load.
    Transformerless 3 phase UPS from 60 kVA to 500 kVA, parallelable up to 5 MVA. Offering both intellig
    Read MoreCompare

  • PowerWAVE 8000DPA
    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.    10-200 kVA per frame
    10-200 kVA per frame
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.    Modular
    Modular
    UPS systems such as the PowerWAVE 9000DPA Series are configured by plugging up to five modules into a 19” rack to meet the capacity and redundancy requirement of the application load. This provides more flexibility and scalability than a complete cabinet containing a single standalone system.
    Three-phase UPS built for low to medium, high density power protection applications. Leading-edge mo
    Read MoreCompare
  • PowerWAVE 9000DPA (Modular 10-250kVA)

    PowerWAVE 9000DPA
    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.    30-250 kVA
    30-250 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.    Modular
    Modular
    UPS systems such as the PowerWAVE 9000DPA Series are configured by plugging up to five modules into a 19” rack to meet the capacity and redundancy requirement of the application load. This provides more flexibility and scalability than a complete cabinet containing a single standalone system.
    A revolutionary rack-mounted uninterruptible power supply designed with ‘hot swap’ modules for futur
    Read MoreCompare
  • PowerWAVE 9500DPA (Modular 100-500kVA)

    PowerWAVE 9500DPA
    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.    100-500 kVA
    100-500 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.    Modular
    Modular
    UPS systems such as the PowerWAVE 9000DPA Series are configured by plugging up to five modules into a 19” rack to meet the capacity and redundancy requirement of the application load. This provides more flexibility and scalability than a complete cabinet containing a single standalone system.
    Innovative 5 x 100kW modular UPS system offering pay-as-you-grow scalability combined with 99.9999%
    Read MoreCompare
  • PowerWAVE EL100 SeriesSingle / Three Phase (500–3000VA)

    PowerWAVE EL100 Series
    This single phase static inverter (4kVA - 12kVA) series provides a solution for higher power, single
    Read MoreCompare
  • PowerWAPowerWAVE EL100XA Series Single Phase (4–12kVA)VE EL100XA Series Single Phase (4kVA – 12kVA)

    PowerWAVE EL100XA Series
    High performance static inverter with single-phase input and output providing emergency battery powe
    Read MoreCompare

  • PowerWAVE EL300DSP Series
    High performance, transformerless, three phase input and output static inverter with a choice of mod
    Read MoreCompare

Related Services

Related Resources

Battery Configuration Choices

Battery configuration choices to optimise UPS reliability

The successful design of any UPS power system limits single points of failure, ensuring minimum downtime during mains power interruptions. Given that entire networks are dependent on battery power during...

Read more
A Review of Data-Centre Tier Classifications

The upside & downside of dual bus power

A comprehensive analysis of the advantages and disadvantages of dual bus power, considering its history, growth and purpose. Based on research from the original pioneers at The Uptime Institute, with...

Read more
Top

Pin It on Pinterest

Share This