Front View
Keor T EVO
Keor T EVO is a three-phase UPS built on 3-Level IGBT technology — an evolution of the proven Keor T platform, re-engineered to deliver 96% AC-AC efficiency across 15, 20, 30, 40, and 60 kVA ratings. The 3-Level IGBT topology directly reduces switching losses, which is where most efficiency gains in modern UPS design are won or lost. The result: a drastic reduction in TCO that compounds over every year of system operation. Available with inbuilt batteries for up to 15 minutes of backup — or with an inbuilt isolation transformer — Keor T EVO eliminates the need for a separate battery cabinet or external transformer, saving significant floor space and infrastructure cost. PEP certified and suited for commercial, manufacturing, and infrastructure environments, it combines an intuitive graphical interface with a wide 312-467 V input range and input PF >0.99 to handle whatever the grid delivers.
- 3-Level IGBT — 96% AC-AC efficiency
- Input PF >0.99, THDi
- Inbuilt batteries: up to 15 min backup
- Optional inbuilt isolation transformer
- Wide input: 312-467 V, 45-65 Hz
- PEP certified — commercial & industrial ready
Best Suited For
3-Level IGBT: Where Efficiency Is Actually Engineered
Most UPS efficiency claims live in marketing. Keor T EVO's 3-Level IGBT topology cuts switching losses at the physics level — reducing heat generation, lowering cooling demand, and delivering a genuine 96% AC-AC efficiency that holds across the entire load range, not just at rated peak.
An Inbuilt Isolation Transformer — No External Unit Required
The optional inbuilt isolation transformer provides galvanic separation between input and output without a standalone transformer cabinet. Sensitive loads get hardened protection; the data centre or server room doesn't lose a square metre to house it.
Built to Handle Grid Variability Without Switching to Battery
A 312-467 V input range and 45-65 Hz frequency tolerance mean Keor T EVO rides through voltage and frequency excursions that would force lesser UPS systems onto battery. Input PF >0.99 and THDi <5% ensure it places minimal stress on the building's upstream electrical infrastructure.
Inbuilt Batteries That Give Floor Space Back
With up to 15 minutes of backup housed inside the UPS frame, Keor T EVO eliminates the external battery cabinet entirely. That's recovered floor space, reduced installation complexity, and a smaller infrastructure cost — from day one.
TCO That Compounds in Your Favour Every Year
96% efficiency at 60 kVA means dramatically less energy lost as heat versus a 94% or lower competitor. Multiply that delta across 8,760 hours a year for the system's operational life and the TCO reduction is not incremental — it's structural.
An Interface That Doesn't Require a Training Course
Intuitive graphical icons let users navigate all operating screens quickly and without consulting the manual. For facilities teams managing multiple systems across a site, reduced interface complexity directly translates to faster fault diagnosis and shorter resolution times.
