Keor HPE - Front View

Front View

Keor HPE

Keor HPE is a Three Phase online double conversion UPS with 3-Level IGBT technology, PWM high frequency and with the possibility to be connected in parallel to have N+X redundancy of up to 6 units in total. The rated power delivery is 60-80-100-125-160-200-250-300-400-500-600 kVA. The batteries are lead acid sealed maintenance-free and valve regulated in an external cabinet, compatible with Li-Ion Batteries as well. Its compact design and front access feature reduces the foot-print for installation, which reduces the infrastructure cost.

  • Up to 96.4% efficiency, >98.5% ECO mode
  • Input power factor >0.99, THDi
  • Parallel-ready — up to 6 units
  • VRLA & Li-ion battery compatibility
  • Temperature, humidity & door sensors

Best Suited For

ITEdge/Enterprise Data CentersHealthcareInfrastructureManufacturing
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High Efficiency and Low TCO

Keor HPE is designed to reduce losses and lower management costs. The high yields, certified by external laboratories, guarantee low operating costs.Transformer-free technology and configurations with internal batteries facilitate installation and optimise space in technical rooms.

Greater Power Density

The 60 and 80 kW models have optimised dimensions in a volume of 0.78 m³.

Power Factor

The modern power circuit architecture allows for load supply with maximum active power.

Internal Batteries

The 60 and 80 kW versions can contain up to 180 batteries, allowing standard levels of autonomy without relying on external batteries.

Front Internal Access

Keor HPE is designed to be installed and maintained from the front. All the protection switches and communication ports are located on the front of the UPS. A practical internal door also allows access to the parts installed on the bottom of the UPS, providing maximum access to all the components. The simplicity of access to all parts subject to maintenance significantly reduces MTTR.

Parallel Capacity and Redundancy

Up to 6 units can be connected in parallel, achieving a maximum of 3 MW. The possibility of connecting up to 6 UPSs in parallel allows for maximum service continuity and system safety.

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