China Compact Substation Configuration Manufacturer, Supplier, Factory

We'll dedicate ourselves to offering our esteemed customers together with the most enthusiastically thoughtful solutions for Compact Substation Configuration,Prefabricated Box Type Substation,Box Type Prefabricated Substation,Box Transformer Substation,Electrical Panel Distribution Board Substation, "Passion, Honesty, Sound service, Keen cooperation and Development" are our objectives. We have been here anticipating good friends all over the environment!
Compact Substation Configuration, With the first-class products, excellent service, fast delivery and the best price, we have won highly praise foreign customers'. Our products have been exported to Africa, the Middle East, Southeast Asia and other regions.

Hot Products

  • Solid Insulated Ac Metal Ring Switchgear

    Solid Insulated Ac Metal Ring Switchgear

    The solid insulated AC metal ring network switchgear produced by TOONICE adopts advanced epoxy resin integral casting technology, which has the characteristics of small volume, corrosion resistance, and maintenance free, and is suitable for 10-35kV distribution systems.
  • Vacuum Circuit Breaker VCB

    Vacuum Circuit Breaker VCB

    Toonice's vacuum circuit breakers feature a small size, light weight, suitability for frequent operations, and no need for arc extinction maintenance, making them widely used in distribution networks. As indoor power distribution equipment for 3~10kV, 50Hz three-phase AC systems, vacuum circuit breakers are used in industrial and mining enterprises, power plants, and substations to protect and control electrical equipment. They are especially suitable for applications requiring oil-free operation, minimal maintenance, and frequent switching. These circuit breakers can be installed in medium-mounted cabinets, double-layer cabinets, and fixed cabinets to control and protect high-voltage electrical equipment.
  • Oil Immersed Transformer

    Oil Immersed Transformer

    Toonice oil - immersed transformer is crafted with high - quality insulating materials and sophisticated techniques, boasting efficient heat dissipation and low - loss performance to ensure stable power transmission. Strict quality control ensures reliable quality, while the affordable pricing enhances cost - effectiveness. With ODM and OEM services, it can be customized to meet diverse needs of power grids, industries, and other scenarios, offering professional solutions for stable power supply.
  • GGJ Low Voltage Intelligent Reactive Power Compensation Cabinet

    GGJ Low Voltage Intelligent Reactive Power Compensation Cabinet

    Toonice's GGJ low-voltage intelligent reactive power compensation cabinets adopt advanced intelligent reactive power compensation technology, featuring high efficiency, energy saving, and stable reliability. With excellent quality and cost-effectiveness, they support ODM/OEM customization services, providing professional reactive power compensation solutions for different scenarios. These cabinets help improve power system power factor, reduce line losses, and optimize power efficiency.
  • Dry Type Transformer

    Dry Type Transformer

    The Toonice dry - type transformer is manufactured with advanced techniques and high - quality insulating materials. It features efficient heat dissipation, fire and moisture resistance, and stable operation, ensuring reliable power supply. With strict quality control, it is durable, and the price is affordable. ODM and OEM services are provided to meet diverse customization needs of different customers, offering high - quality solutions for power transmission and distribution.
  • XL-21 Low Voltage Distribution and Control Cabinet

    XL-21 Low Voltage Distribution and Control Cabinet

    Toonice's XL-21 Low Voltage Distribution and Control Cabinet features reliable power distribution, excellent protection, and efficient heat dissipation. With superior quality and affordable price, it supports ODM/OEM customization, meeting diverse needs and ensuring stable and efficient power distribution in various industrial scenarios.

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