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    Transformador de corriente de potencia H61 Transformador amorfo de distribución

    SKU H61
    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 Power Current Transformer H61 Amorphous Distribution Transformer is an advanced energy-efficient solution designed for modern power distribution systems. Engineered with amorphous alloy core technology, this transformer significantly reduces no-load losses and enhances overall performance. Ideal for both indoor and outdoor installations, it plays a vital role in converting high voltage electricity from 10kV, 11kV, or 35kV down to the standard 230V/400V used in residential, commercial, and industrial applications.

    Why Choose an Amorphous Core Transformer?

    Traditional silicon steel transformers are no longer the gold standard when it comes to efficiency and eco-friendliness. Amorphous core transformers, like the H61 series, offer numerous advantages, especially in applications where energy saving and sustainability are top priorities.

    • Up to 70% lower no-load losses compared to silicon steel core transformers
    • Lower operating temperatures
    • Longer service life due to reduced thermal stress
    • Ideal for smart grid integration and energy-sensitive environments

    Especificaciones técnicas

    ParameterSpecification
    Rated Capacity25kVA – 2500kVA
    Primary Voltage10kV / 11kV / 35kV
    Secondary Voltage230V / 400V
    Frequency50Hz / 60Hz
    Phase3 Phase
    Cooling MethodONAN (Oil Natural Air Natural)
    Insulation ClassA
    Temperature Rise≤ 65°C
    Core MaterialAmorphous Alloy
    Vector GroupDyn11 (customizable)
    Oil TypeMineral Oil per IEC 60296
    StandardsGB6450-86, IEC 60076
    Transformador de corriente de potencia H61 Transformador amorfo de distribución

    Key Features of the H61 Transformer

    1. Energy Efficient Core Design: The amorphous metal core reduces core loss significantly, contributing to long-term operational savings.
    2. Environmentally Friendly: Low energy consumption leads to reduced CO₂ emissions.
    3. Enhanced Reliability: Robust construction ensures stability under varying load conditions.
    4. Moisture Resistant: Suitable for humid or high-moisture environments without degradation in performance.
    5. Minimal Maintenance: Once installed, it requires little to no regular maintenance.
    6. Excellent Short Circuit Withstand Capability: Built for high mechanical strength and electrical resilience.

    Common Questions About Oil Immersed Amorphous Transformers

    Q1: What is the difference between a silicon steel transformer and an amorphous core transformer?
    A1: Amorphous core transformers use a metallic glass core, which drastically reduces core losses compared to traditional silicon steel, especially under no-load conditions. This leads to energy savings over time.

    Q2: Can the H61 transformer be installed outdoors?
    A2: Yes, it is designed for both indoor and outdoor use. With corrugated sealed oil tanks and excellent environmental sealing, it withstands temperature extremes, moisture, and dust.

    Q3: Is this transformer suitable for pole-mount installations?
    A3: Absolutely. For models with a rated capacity of 315kVA or below, the transformer can be pole-mounted, making it ideal for rural or remote power applications.

    Applications

    This transformer is widely used in:

    • Power distribution networks
    • Mining and heavy industries
    • Renewable energy stations
    • Utility substations
    • Smart grids
    • Commercial facilities and buildings
    • Rural and pole-mount applications