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    Transformador de aceite con núcleo amorfo 25/0,4KV

    SKU 25/0,4KV
    Asistencia OEM / ODM Soluciones personalizables disponibles
    Tipo de caja Norma PINEELE - Grado europeo IP54
    Fabricante PINEELE Electric Co., Ltd
    Configuración Montaje modular todo en uno
    Ámbito de aplicación Ampliamente aplicado en plantas de energía eólica/solar, estaciones de ferrocarril, centros de datos, redes de distribución urbana y zonas industriales de alta carga.
    Revisado por Dr. Kevin Liu, Consultor Jefe de Diseño de Red en PINEELE
    Doctor en Ingeniería Eléctrica, más de 16 años de experiencia en normas europeas sobre subestaciones e innovación en media tensión.
    Publicado el marzo 27, 2025
    Última actualización marzo 27, 2025
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    En 25/0.4KV Amorphous Core Oil Transformer is a modern energy-efficient distribution transformer designed to meet the growing demand for low-loss and high-performance electrical equipment. It plays a critical role in stepping down 25kV to 0.4kV for industrial and commercial end-users, offering exceptional performance, reliability, and reduced lifecycle cost.

    Unlike traditional silicon steel core transformers, this model uses amorphous alloy core material, which significantly reduces core losses, especially under no-load conditions. It is ideal for green power applications, smart grids, and areas where energy conservation is a top priority.


    Especificaciones técnicas

    ParameterSpecification
    Rated Power25 kVA to 1600 kVA
    High Voltage (Primary)25 kV
    Low Voltage (Secondary)0.4 kV
    Core TypeAmorphous Alloy
    Cooling MethodOil Immersed (ONAN)
    Frequency50Hz / 60Hz
    Phase3 Phase
    Vector GroupDyn11 / Yyn0 (customizable)
    Insulation ClassA or F
    Temperature Rise≤ 65°C
    Impedance4% to 6% (based on capacity)
    Oil TypeMineral Insulating Oil (IEC 60296)
    Standard ComplianceIEC 60076, GB1094

    Key Features of the 25kV Amorphous Core Transformer

    • Ultra-low No-load Loss: The amorphous metal core reduces core losses by 70% compared to silicon steel core transformers.
    • Eco-friendly & Energy Efficient: Complies with energy-saving policies and reduces operating cost over time.
    • High Overload Capacity: Designed to handle up to 120% load under forced air cooling.
    • Excellent Insulation System: Vacuum oil filling process ensures better dielectric strength and moisture resistance.
    • Extended Life Expectancy: Low temperature rise, minimal aging, and strong resistance to thermal stress ensure longer service.

    Construction and Materials

    • Amorphous Alloy Core: Offers excellent magnetic performance with very low hysteresis loss.
    • Copper Windings: High-purity copper windings deliver strong conductivity and low resistance.
    • Oil Tank: Corrugated wall design allows for expansion and contraction, eliminating the need for an oil conservator.
    • Vacuum Drying & Oil Injection: Ensures insulation purity and better thermal conductivity.
    • Anti-corrosion Coating: Designed to withstand outdoor and humid environments.

    Preguntas más frecuentes (FAQ)

    Q1: What are the benefits of using an amorphous core transformer compared to traditional models?
    A: Amorphous core transformers have significantly lower no-load losses, helping save energy and reduce CO₂ emissions. This makes them suitable for long-term energy efficiency applications.

    Q2: Can the 25/0.4kV transformer be used outdoors?
    A: Yes, it is oil-immersed and built with a sealed tank and anti-corrosion protection, suitable for both indoor and outdoor installations.

    Q3: How often does the oil need to be changed in this transformer?
    A: With proper vacuum oil injection and sealed construction, oil change intervals are extended significantly—typically every 10–15 years under normal conditions.


    Ámbito de aplicación

    En 25kV to 0.4kV amorphous Transformador sumergido en aceite is widely used in:

    • Renewable energy systems (solar/wind power distribution)
    • Industrial manufacturing plants
    • Utility substation infrastructure
    • Residential and commercial developments
    • Government buildings and public lighting networks
    • Rural power distribution