Engineering Excellence, From Simulation to Site.
Ten precision manufacturing stages. One accredited testing lab. Complete traceability — from raw material to energization.
Engineered Before It's Built
Every transformer is digitally modeled, simulated, and optimized before a single lamination is cut. CAD, FEA, thermal, and impulse analysis ensure first-time-right manufacturing.
Finite Element Analysis
3D electromagnetic and structural simulation to optimize core and winding geometry before manufacturing.
Thermal Modeling
CFD-based thermal analysis for hotspot prediction under all loading conditions, including 50°C+ ambient.
Impulse Simulation
Lightning and switching impulse voltage distribution analysis across all winding sections.
Loss Evaluation
Guaranteed no-load and load losses optimized to meet utility loss-evaluation criteria at tender stage.
Where Precision Meets Power.
Design
Electrical, mechanical, thermal, and insulation design; GTP & drawings.
ISO/IEC 17025:2017 Accredited
Our in-house laboratory in Dubai performs routine, type, and special tests — including -witnessed short-circuit testing. Battle-tested in 50°C+ ambient since 1987.
Routine Tests
- ●Ratio & polarity
- ●Winding resistance
- ●Impedance voltage
- ●No-load loss & current
- ●Insulation resistance
- ●Applied voltage test
- ●Induced voltage test
Type Tests
- ●Temperature rise
- ●Lightning impulse (BIL)
- ●Switching impulse (SIL)
- ●Sound level measurement
- ●Short-circuit withstand
Special Tests
- ●Partial discharge
- ●Frequency response (FRA)
- ●Harmonic loss evaluation
- ●Dissolved gas analysis
- ●Seismic qualification
Choosing the Right Dielectric for the Application
Insulating fluid choice drives fire safety, environmental footprint and life-cycle cost. ETS supplies transformers across the full modern range of dielectrics, each matched to the application and certified to the relevant IEC standard.
| Fluid / Type | Standard | Typical Use | Notes |
|---|---|---|---|
| Mineral Oil | IEC 60296 | General DNO / utility | Proven, cost-effective, widely available. |
| Natural Ester (Midel 1204) | IEC 62770 | BESS / renewable / urban | Fire safety, readily biodegradable, extended overload capability. |
| Synthetic Ester (Midel 7131) | IEC 61099 | Data centers / sensitive sites | High fire point (K-class), biodegradable, low pour point for cold climates. |
| Dry-Type Cast Resin | IEC 60076-11 | Indoor / data center / EV | No fluid risk, IP-protected enclosures, low maintenance. |
Mineral Oil
IEC 60296General DNO / utility
Proven, cost-effective, widely available.
Natural Ester (Midel 1204)
IEC 62770BESS / renewable / urban
Fire safety, readily biodegradable, extended overload capability.
Synthetic Ester (Midel 7131)
IEC 61099Data centers / sensitive sites
High fire point (K-class), biodegradable, low pour point for cold climates.
Dry-Type Cast Resin
IEC 60076-11Indoor / data center / EV
No fluid risk, IP-protected enclosures, low maintenance.
Full Lifecycle Traceability
From incoming material inspection to final test reports and beyond — every component, every test, every decision is documented and traceable.
Material Review Board
Every incoming material is inspected and approved by MRB before entering production. Full traceability from supplier to final test report.
In-Process Inspection
Stage-gate quality checks at each manufacturing phase. Non-conformances are logged, resolved, and documented.
Final Documentation
Complete documentation package: type test reports, routine test results, material certificates, and commissioning guides.
Lifecycle Traceability
Every transformer has a unique serial number linked to its full manufacturing and test history — accessible for the entire asset life.
Ready to Discuss Your Technical Requirements?
Our engineering team is available for design reviews, specification support, and custom solutions.