Power Utilities & Grid
The backbone of national power infrastructure. ETS transformers are engineered for national utility fleet duty, type-tested to utility specifications and approved by leading utilities across the regions we serve.
ETS manufactures IEC 60076 distribution transformers, package substations and power transformers up to 500 MVA / 400 kV for DEWA-, ADDC-, SEWA-, FEWA- and SEC-approved utility programmes — supporting primary and secondary substation programmes across the UAE, KSA, Oman, Qatar, Kuwait and Bahrain.
The Challenge
National utilities demand transformers that perform flawlessly for 30+ years under extreme conditions — sandstorms, 50°C+ ambient, voltage fluctuations — with zero tolerance for failure.
Our Solution
Our transformers are designed and type-tested to national utility specifications, with witnessed factory acceptance testing available on request. Approved by leading utilities across the regions we serve.
Fleet-Standard. Utility-Approved. Grid-Ready.
Fleet-standard transformers for national utilities
-witnessed short-circuit testing on every power transformer
50°C+ ambient temperature design as standard
Complete lifecycle support: maintenance, retrofit, monitoring
Grid-Expansion Transformers for National Utilities
Medium and large power transformers engineered for national utility grid-expansion programmes. Hermetically sealed 33/11 kV distribution units designed for 50°C+ ambient with witnessed type-testing available on request.
Where We Exceed the Standard
Our engineering team doesn't design to minimum specifications. Every parameter is pushed beyond industry norms — because your operations demand it.
Thermal Performance
Lower temperature rise extends insulation life by 2× and enables continuous overloading without derating — critical for Gulf ambient temperatures.
Short-Circuit Withstand
-witnessed dynamic and thermal short-circuit testing exceeds IEC 60076-5 requirements, ensuring survivability in the harshest fault conditions.
No-Load Losses
Amorphous and Hi-B laser-scribed core steel reduces no-load losses by up to 30%, delivering measurable TCO savings over the transformer's 35-year lifespan.
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