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Paisaje de torres de energía
Engineering | Fast Delivery | Medium Voltage | High Voltage 

Discover Our Delivery Times and Technical Capabilities

Our Power Solutions

Delivery Times & Technical Capabilities

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Distribution Transformers

Estimated Lead Time:
 

  • ANCE-certified standard configurations can be manufactured in approximately 3–4 weeks.
     

  • IEEE and NEMA-compliant configurations are generally available from approximately 14–18 weeks, depending on voltage, capacity, impedance, accessories and utility-specific requirements.
     

Accelerated schedules may be available for selected configurations and confirmed inventory.

​​Technical Capabilities:
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  • ANCE-certified transformers from 5 kVA to 5,000 kVA

  • IEEE/NEMA pad-mounted transformers up to 10,000 kVA

  • Primary voltage classes up to 46 kV

  • Pole-mounted, pad-mounted and dry-type configurations

  • Single-phase and three-phase designs

  • Custom primary and secondary voltages available

Note: Every project is technically reviewed before the final production schedule is confirmed. Faster delivery options may be available when existing inventory

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Power Transformers

Power Transformer
 

Standard and selected project configurations are evaluated individually according to capacity and voltage class.
 

Large and customized high-voltage power transformers typically require approximately 7–10 months (Up to 180 MVA), with delivered schedules commonly ranging from 10-36 months (Up to 1000 MVA), depending on engineering, testing, transportation and final destination.
 

Technical Capabilities:
 

  • Power transformers up to 1,000 MVA

  • Voltage classes up to 750 kV

  • Custom step-up and step-down configurations

  • Mineral-oil and ester-fluid options

  • Integrated or split radiator arrangements

  • Customized cooling, insulation and tap-changing systems

  • IEC and IEEE project requirements available

Note: Every project is technically reviewed before the final production schedule is confirmed. Faster delivery options may be available when existing inventory

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Medium-Voltage Switchgear & Load-Break Switches

Estimated Lead Time
 

Matching stock configurations we have available for immediate dispatch, subject to confirmation of voltage, current and protection requirements.
 

Standard engineered configurations typically require approximately 10–12 weeks.
 

Fully customized IEC or IEEE projects may require approximately 25–30 weeks, depending on protection, automation, enclosure and testing requirements.
 

Technical Capabilities:
 

  • Secondary distribution switchgear up to 40.5 kV IEC

  • IEEE configurations up to 38 kV

  • Rated current up to 800 A for compact GIS solutions

  • Short-circuit ratings up to 25 kA

  • Primary distribution switchgear up to 36 kV

  • Main bus ratings up to 2,500 A

  • Short-circuit ratings up to 31.5 kA

  • Indoor, outdoor and high-corrosion-resistance configurations

  • IEC and IEEE-compliant solutions

Note: Every project is technically reviewed before the final production schedule is confirmed. Faster delivery options may be available when existing inventory

More of our Products

High-Voltage Circuit Breakers

Estimated Lead Time
 

High-voltage circuit breakers typically require approximately 8–10 months, depending on voltage class, interrupting capacity, operating mechanism, accessories, testing requirements and final destination.

Medium-voltage circuit breakers are available on an engineered-to-order basis, with delivery schedules confirmed after technical review.
 

Technical Capabilities:
 

  • High-voltage circuit breakers from 40.5 kV to 800 kV

  • Rated current up to 6,300 A

  • Short-circuit breaking capacity up to 63 kA

  • Live-tank and dead-tank configurations

  • 50 Hz and 60 Hz applications

  • IEC and IEEE/ANSI project requirements

  • Solutions for substations, utilities, data centers, renewable energy and industrial infrastructure

High-Voltage Instrument Transformers

Estimated Delivery Time
 

Approximately 5–8 months, depending on voltage class, accuracy requirements, insulation technology, testing standards and project specifications.
 

Technical Capabilities
 

  • Current Transformers — CT

  • Inductive Voltage Transformers — VT

  • Capacitive Voltage Transformers — CVT

  • Combined Instrument Transformers

  • Station Service Voltage Transformers — SSVT

  • Voltage classes up to 550 kV

  • Primary current ratings up to 8,000 A on selected configurations

  • Thermal withstand ratings up to 63 kA for 3 seconds

  • Available for 50 Hz and 60 Hz systems

  • IEC and IEEE/ANSI project requirements

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High-Voltage Shunt Reactors

Estimated Delivery Time
 

Approximately 7–10 months, depending on voltage level, reactive power rating, cooling system, voltage-regulation requirements, factory testing and final destination.
 

Technical Capabilities
 

  • Voltage classes up to 750 kV

  • Fixed and adjustable reactor configurations

  • Single-phase and three-phase arrangements

  • Mineral-oil and ester-fluid cooling options

  • Reactive power ratings engineered according to project requirements

  • Low-loss and low-noise designs

  • IEC and IEEE project requirements

  • Applications for transmission lines, substations, renewable energy and grid-voltage control
     

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