Data Center & Critical Power Transformers
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Overview
Data centers and critical power infrastructures require uninterrupted power supply and maximum system reliability. Transformers used in these applications must be designed considering harmonic loads, redundant power architectures, parallel operation requirements, and continuous-duty conditions. ESTA Transformer develops data center transformer solutions based on UPS systems, A/B power distribution architectures, and continuous operational demands.
Each design is optimized for low losses, high efficiency, and enhanced thermal performance. Compact footprint, low noise levels, and long service life are key engineering considerations. This approach ensures reliable and sustainable power infrastructure for mission-critical data center environments.
Application Areas
Data centers
Server and cloud infrastructures
Telecommunication facilities
Financial and banking data centers
Edge data center applications
UPS and critical power systems
Hospitals and critical infrastructure
High-reliability industrial facilities
Product Groups
+90 534 988 92 82
Standards & Certifications
- IEC 60076 Power Transformers
- Design approach compatible with IEC 62040 UPS systems
- Applicable EN standards
- ISO 9001 Quality Management System
- ISO 14001 Environmental Management (where applicable)
- ISO 45001 Occupational Health & Safety (where applicable)
- Project-specific technical specifications
Testing & Validation
Transformers designed for data center and critical power applications undergo comprehensive routine testing prior to delivery. Electrical performance, insulation integrity, and functional verification are performed as part of the manufacturing process.
All project-specific type tests and special tests are carried out at independent, internationally accredited testing laboratories. Each transformer is delivered with detailed test reports and fully traceable technical documentation.
Design & Engineering Features
- Designed for harmonic load conditions
- Low-noise optimized construction
- Engineering tailored for redundant power architectures
- Parallel operation compatibility
- Low-loss and high-efficiency optimization
- Compact footprint dimensioning
- Thermal design for continuous-duty operation
- Enhanced insulation system for sensitive electronic equipment
Technical Capability
- Power rating: Up to 10 MVA
- Voltage level: Up to 36 kV
- Type: Dry-type / Oil-filled
- Conductor: Copper or Aluminum
- Winding configuration: Multi-winding options
- Parallel operation capability
- Cooling: AN / AF / ONAN / ONAF
- Installation: Indoor / technical room / containerized