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MV&HV Transformers
  • 10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers
  • 10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers
  • 10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers
  • 10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers
  • 10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers
  • 10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers
10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers

10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers

  • 1 - 9 Sets
    $5,100
  • >= 10 Sets
    $5,000

Customization:

Customized logo（Min.Order: 1 pieces）
Customized packaging（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
View product details

10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Voltage Conversion & Distribution: A three-phase dry-type power transformer designed to step up or step down voltages between 10kV/20kV (primary) and 110V/220V/10kV (secondary), enabling efficient power distribution in electrical grids.
  • Multi-Phase Configuration: Equipped with three coils and a Yyn0 vector group, it ensures stable power transmission for both industrial and commercial applications, supporting reliable energy distribution in substations and power systems.

Key features

  • 1. Advanced Material Technology

    • With a corrosion-resistant metal body and dry-type construction, ensure long-term durability and fire safety in harsh industrial environments.

  • 2. Intuitive Interactive Design

    • Color-coded terminals and wires simplify installation and maintenance, reducing connection errors by up to 30%*.

  • 3. Flexible Voltage Performance

    • Supports seamless step-up/step-down conversion (10kV → 220V/110V or 20kV → 10kV), accommodating diverse power distribution needs.

  • 4. Reliable Scenario Solutions

    • Engineered for continuous operation in substations, ensuring stable power distribution for commercial and industrial applications.

  • 5. Comprehensive Certification Standards

    • Certified to CE, EMC, EPR (Germany/France), and other EU standards, guaranteeing compliance with safety and environmental regulations.

Product details

10kV 20kV Dry Type Power Transformer Making Equipment 3 Phase Electric Substation Step up Step Down Transformers

The 10kV 20kV Dry Type Power Transformer is a robust three-phase distribution transformer designed for substations and industrial applications. Built with corrosion-resistant steel and color-coded terminals, it ensures reliable performance in harsh environments. With certifications like CE, EPR (Germany/France), and EMC, this transformer complies with global standards. It supports input voltages up to 20kV and outputs 110V, 220V, or 10kV, making it versatile for step-up/step-down requirements.

Technical specifications

FeatureSpecificationBenefit
Material ConstructionSteel casing with red anti-corrosion paintDurability and long-term reliability
Coil ConfigurationThree-phase (Yyn0 vector group)Balanced three-phase distribution
Voltage RatingsInput: 10kV; Output: 110V/220V/10kVFlexible for step-up/step-down applications
CertificationsCE, EPR (Germany/France), EMCEnsures safety and compliance with standards
Rated Primary Voltage20.0kVHigh-voltage handling capability
Safety FeaturesColor-coded terminals and warning labelsEnhanced safety during installation/maintenance
MountingMetal frame with secure baseStable installation and improved cooling

Customization guide

Adjustable parameters include:

  • Voltage Ratings: Customize input/output voltages to match specific grid requirements.
  • Cooling Method: Opt for natural or forced-air cooling based on ambient conditions.
  • Power Capacity: Scale the transformer’s load-handling capability for industrial or commercial use.

Get inspired

This transformer is ideal for substations, industrial complexes, and commercial buildings. Its dry-type design eliminates fire risks, while the Yyn0 vector group ensures efficient power distribution. Whether upgrading an existing grid or designing a new system, this transformer offers scalability and safety.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Voltage Capacity10kV/20kV15kV/25kV (+50%)20kV/30kV (+100%)*
Efficiency97%98.5% (+1.5%)99.2% (+2.2%)
Cooling SystemNatural airForced-airHybrid cooling (+30% thermal capacity)

*Compared to industry benchmarks.

Supplier's note

  1. Technical Breakthroughs:

    • Yyn0 Vector Group: Achieves balanced three-phase distribution, reducing harmonics.
    • EPR Compliance: Meets stringent German/French environmental regulations for waste management.
    • Color-Coded Terminals: Reduces installation errors by 40% through visual clarity.

  2. Version Selection Guide:

    • Base Model: Ideal for standard substations with moderate load demands (e.g., residential areas).
    • Advanced Model: Suitable for industrial facilities requiring higher efficiency (e.g., factories).
    • Pro Model: Best for high-voltage applications (e.g., power plants) with its triple-industry-standard thermal capacity.

With the Pro Model’s hybrid cooling system, you can handle peak loads 20% faster than traditional models. Pair its 20kV/30kV capacity with Yyn0 vectoring for seamless grid integration in critical infrastructure.

Frequently asked questions

  • Which model of 10kV 20kV dry type power transformer suits small substations with limited space?

  • How do I maintain the terminals of a three-phase transformer to prevent corrosion?

  • Dry type vs oil-filled transformer: Which is better for indoor industrial use?

  • Can I customize the voltage rating of this 3-phase electric substation transformer?

  • Is this transformer’s material FDA-approved for food processing facilities?

  • What’s the difference between step-up and step-down functionality in this 10kV dry type transformer?

  • Which three-phase transformer is best for commercial buildings needing 220V output?

  • Does this transformer comply with EU safety standards for outdoor substations?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Voltage HandlingIndustrial plants, substationsIndustry: 6.6kV input / 400V output (IEC 60076-8)
Our Base: 10kV input / 110V-10kV output ▲ (Customizable taps)
Our Advanced: 20kV input / 10kV output ▲▲ (High-voltage support)		Handles extreme voltage demands efficiently
Base: 15% higher capacity than Industry
Advanced: Doubles input voltage capacity		Advanced models require specialized installation and space
Energy EfficiencyCommercial buildings, green projectsIndustry: 95% efficiency (IEC 60076-7)
Our Base: 96% efficiency ▲ (1% less energy loss)
Our Advanced: 98% efficiency ▲▲ (3% lower energy costs vs. Base)		Reduces long-term operational costs
Advanced cuts energy waste by 3% annually		Higher upfront cost for Advanced models due to premium materials
Noise EmissionUrban substations, residential areasIndustry: 50 dB (Equivalent to a quiet office)
Our Base: 45 dB ▲ (Quieter than a library)
Our Advanced: 40 dB ▲▲ (Below background noise levels)		Minimizes disruption in noise-sensitive zones
Advanced meets strict urban regulations		Advanced cooling systems add weight and complexity
Safety ComplianceEU-regulated installationsIndustry: CE certification
Our Base: CE + EPR Germany ▲ (Meets German packaging laws)
Our Advanced: CE + EPR Germany/France + EMC ▲▲ (Full EU compliance)		Avoids regulatory penalties in multiple countries
Advanced ensures no rejections in cross-border projects		Certification costs increase manufacturing expenses
Thermal PerformanceHigh-temperature environmentsIndustry: 80°C temperature rise (IEC 60085)
Our Base: 75°C ▲ (Improved heat dissipation)
Our Advanced: 70°C ▲▲ (Operates in 50°C ambient temps)		Reliable in harsh climates like deserts or industrial zones
Advanced reduces downtime risks		Advanced cooling may require additional ventilation space
CustomizationUnique power projects (e.g., data centers)Industry: Limited voltage adjustments
Our Base: ±5% voltage taps ▲ (Flexible for minor adjustments)
Our Advanced: ±10% + custom cooling ▲▲ (Tailored to unique specs)		Meets specialized voltage and cooling needs
Advanced supports niche applications like offshore platforms		Custom orders may delay project timelines by 2–4 weeks

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