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Flame Retardant Amorphous Alloy Distribution Transformer Cost‑Effective for Southeast Asia Power Market

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Product Spotlights

- Ultra‑low no‑load loss for big energy savings
- Hermetically sealed, maintenance‑free outdoor operation
- Strong anti‑short‑circuit & anti‑corrosion performance
- Custom capacity & voltage for solar, rural & urban grid
- IEC ISO certified, factory direct competitive price
Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)
Key Specifications
Get Latest Price
Certification:
ISO9001-2000, Other, IEC 60076
Application:
Power, Instrument
Usage:
Combined Transformer, Power Transformer, Distribution Transformer
Payment & Shipping
Payment Methods:
Port of Shipment:
Ningbo
Delivery Detail:
20 days
Certification ISO9001-2000, Other, IEC 60076
Application Power, Instrument
Usage Combined Transformer, Power Transformer, Distribution Transformer
Phase Three
Brand Other, Qinghao
Cooling Method Oil-immersed Type Transformer
Frequency Characteristics Low Frequency
Winding Type Two-winding Transformer
Shape of Core EI
Core Core-type Transformer
Transport Package Wooden case
Trademark Qinghao or OEM
Origin China

Flame Retardant Amorphous Alloy Distribution Transformer Cost‑Effective for Southeast Asia Power Market


Designed with flame‑retardant property, this amorphous alloy oil‑immersed distribution transformer meets practical safety demands of Southeast‑Asia local power market.

Available for bulk order supply, it is well‑matched for overseas grid construction projects with cost‑effective factory‑direct pricing.

1. Product Overview

Our Three‑Phase Oil‑Immersed Hermetically Sealed Amorphous Alloy Distribution Transformer is specifically engineered for modern power distribution networks, industrial plants, commercial complexes, solar & wind renewable energy projects. Designed to handle primary voltages from 10kV up to 35kV and secondary voltage of 0.4kV (custom voltage configurations available), with rated capacities ranging from 30kVA to 4000kVA.

Featuring amorphous alloy core material together with fully sealed corrugated oil tank design, the insulating oil is completely isolated from atmospheric air and moisture. This design drastically cuts no‑load loss, prevents oil degradation, extends operational lifespan, eliminates routine oil maintenance, and ensures exceptional performance under severe environmental conditions.

2. Main Characteristics

  • Hermetically Sealed & Maintenance‑Free: The active part applies a core free‑hanging structure with high‑quality acrylate rubber gaskets to effectively inhibit aging caused by heat and sunlight. The oil tank uses corrugated sheets as thermal expansion elements, completely isolating the insulating oil from the atmosphere to prevent moisture and oxygen ingress.

  • Ultra‑Low No‑Load Loss & High Energy Efficiency: The magnetic core is manufactured from high‑performance amorphous alloy material. Compared with conventional CRGO silicon steel transformers, it achieves dramatic reduction in no‑load loss and no‑load current, delivering outstanding energy‑saving performance especially for rural grids and new‑energy scenarios. Operating noise is also kept at a low level.

  • High Short‑Circuit Resistance: High‑voltage windings are wound with high‑strength enamelled or paper‑insulated wire, while low‑voltage windings utilize high‑strength wire or copper foil. The uniform distribution of ampere‑turns and optimized insulation geometry provide superior capability to withstand electromagnetic short‑circuit forces.

  • Superior Anti‑Corrosion Tank Surface: The corrugated tank undergoes automated multi‑stage surface pretreatment—including degreasing, pickling, phosphating, and electrophoresis—followed by outdoor powder spray coating and high‑temperature curing. This ensures robust protection against salt spray, high humidity, and severe industrial corrosion, ideal for Southeast Asia, Africa and coastal project sites.


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3. Technical Features & Performance Highlights

  • Standards Compliance: Fully designed, manufactured, and tested in strict accordance with IEC 60076, GB/T 1094, GB/T 6451, and IEEE / ANSI C57 standards.

  • Cooling System: ONAN (Oil Natural Air Natural) self-cooling system designed for continuous 100% full-load output under normal operating conditions.

  • Temperature Rise Limits: Winding temperature rise ≤ 65K, Top oil temperature rise ≤ 60K (under standard ambient conditions).

  • Voltage Tapping Range: Off-Circuit Tap Changer (OCTC) with ±2×2.5% or ±5% regulation range. On-Load Tap Changer (OLTC) is available upon request.

  • Insulation Levels: Fully insulated according to system voltage rating (e.g., LI75 AC35 for 10kV systems; LI200 AC85 for 35kV systems).

  • Vector Groups & Frequency: Standard Dyn11 or Yyn0 vector groups; 50 Hz or 60 Hz operating frequency.


4. Key Technical Specifications Table

Parameter / Technical Item Standard  Specification & Custom Range
Rated Capacity Range 30   kVA – 4000 kVA (Customizable)
Primary Voltage (HV) 6kV,   10kV, 11kV, 15kV, 20kV, 33kV, 35kV (±2×2.5% or ±5%)
Secondary Voltage (LV) 0.4kV,   0.415kV, 0.433kV, or custom request
Frequency 50   Hz / 60 Hz
Phase & Vector Group Three‑Phase,   Dyn11 / Yyn0 / Custom
Cooling Method ONAN   (Oil Natural Air Natural)
Core Material High‑performance   Amorphous Alloy Core Material
No‑load Loss Feature Ultra‑low   no‑load loss, 60%‑80% lower than conventional CRGO silicon steel transformer
Winding Material High‑grade   Electrolytic Copper / Aluminum Wire or Foil
Tank Type Hermetically   Sealed Corrugated Oil Tank


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5. Quality Control & Factory Routine Testing

Every single transformer undergoes rigorous routine testing before leaving our factory to ensure 100% operational reliability:

  • Winding Resistance Measurement

  • Voltage Ratio Inspection & Vector Group Verification

  • Impedance Voltage & Load Loss Measurement

  • No-Load Loss & No-Load Current Measurement

  • Separate-Source AC Voltage Withstand Test

  • Induced Overvoltage Withstand Test (DVDF)

  • Transformer Oil Dielectric Strength & Breakdown Voltage Test

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6. Applications

  • Power Grids & Substations – Step up from generation voltage to transmission level, or step down to distribution voltage at substations. Especially suitable for distribution nodes with long‑term no‑load standby status for remarkable energy‑saving benefits.

  • Renewable Energy – Step up transformer for solar farms and wind power plants, converting inverter output (0.48kV/0.69kV) to medium voltage (10kV‑35kV) or higher.

  • Industrial Power Supply – Main and distribution transformers for steel mills, cement plants, mining, petrochemical, oil & gas facilities.

  • Commercial & Residential Distribution – Pole mounted or pad mounted units for rural electrification and urban underground networks. Ideal for rural grids where transformers stay energized around‑the‑clock.

7. Frequently Asked Questions (FAQ)

Q1: Can you customize special voltage ratios or dual-voltage ratings (e.g., 13.8kV, 33kV, or 35kV)?

A: Yes, we provide full engineering customization for primary voltages from 6kV up to 35kV and various low-voltage outputs. Tap changers (OCTC or OLTC) can be tailored to your local grid requirements.

Q2: Are third-party factory inspections supported before delivery?

A: Absolutely. We fully support third-party factory audits and product inspections by international agencies such as Bureau Veritas (BV), SGS, Intertek, or client-appointed engineers.

Q3: How is the transformer packaged for long-distance ocean freight?

A: Transformers are secured on heavy-duty wooden skids or fumigation-free wooden cases, wrapped in moisture-proof stretch film with desiccant, and rigidly anchored inside containers to prevent damage during transit.

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8. Get a Custom Quote & Technical Drawing

Need a custom transformer design, technical datasheet, or CAD dimension layout for your project?

Contact our engineering sales team today to get a detailed technical proposal and a competitive quotation within 12 hours!

Please provide:

  1. Rated power (kVA / MVA)

  2. Primary and secondary voltages

  3. Frequency (50Hz / 60Hz)

  4. Vector group (Dyn11, Yyn0, etc.)

  5. Tap changer type and range

  6. Cooling method

  7. Accessories required

  8. Installation environment (altitude, ambient temperature, humidity, corrosion level)


Product Tags: Flame Retardant Transformer , Cost‑Effective Transformer , Southeast Asia Transformer

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