industrial electrical switchgear

Product Selling Points Designed for compact substations and package transformer stations Compatible with RMU and medium-voltage switchgear systems Space-saving design with reliable performance Custom voltage and protection configurations Free substation layout drawings Factory-tested before shipment IEC-compliant export solution Applications Compact substations Industrial distribution systems Commercial developments Renewable energy projects Infrastructure construction Free

Cooling & Ventilation Optimized natural ventilation with optional smart cooling fans for reliable outdoor performance. Power Capacity 100kVA–1000kVA, MV up to 35kV, customized LV output for different grid standards. Key Features Designed for solar power plants Factory-assembled and tested High efficiency & low maintenance Compact footprint for easy installation Applications Utility-scale solar farms, rooftop PV systems, industrial parks and commercial solar projects.

Product Description: A comprehensive distribution system combines high-voltage switchgear, distribution transformers, and low-voltage distribution devices into one integrated unit. This setup functions similarly to a small substation, delivering electrical power directly to end users. The primary roles of this system include voltage transformation, electrical power distribution, and protection of the distribution lines. These functions ensure efficient and safe delivery of

Cooling & Ventilation Natural ventilation with optional forced cooling for continuous outdoor operation. Power Capacity 100kVA–1000kVA, suitable for medium-voltage wind power collection systems. Key Features Corrosion-resistant enclosure High overload capability Reliable outdoor operation Factory tested before delivery Applications Wind farms, distributed wind power, substations and industrial renewable projects. Customization Support customized voltage class, enclosure size,

Cooling & Ventilation Efficient natural airflow with optional cooling fans for reliable outdoor performance. Power Capacity 100kVA–1000kVA supporting IEC, ANSI and customized standards. Key Features Factory pre-assembled Fast commissioning Reduced installation costs Stable long-term operation Applications Power utilities, renewable energy plants, industrial facilities and infrastructure projects. Customization Custom transformer capacity, enclosure protection, cable

Product Description: The box-type substation is an advanced and highly efficient electrical distribution solution designed to meet the growing demands of modern power networks. As a prefabricated substation, it integrates all necessary components including transformers, switchgear, protection devices, and control systems within a single compact and robust enclosure. This design not only simplifies installation but also enhances reliability and safety, making it an ideal

Product Description: A comprehensive distribution system combines high-voltage switchgear, distribution transformers, and low-voltage distribution equipment into one integrated unit. This setup functions similarly to a small substation, delivering electricity directly to end users. The primary roles of this system include converting voltage levels, distributing electrical power efficiently, and providing protection for the power lines. These essential functions ensure a

Product Description: The integration of transformers, high-voltage switchgear, low-voltage distribution equipment, metering systems, and protection devices into a single unit eliminates the necessity for a separate distribution room or substation. This compact setup significantly reduces the space required, occupying only one-tenth to one-fifth of the area needed by traditional civil engineering substations. For example, a conventional 10kV box transformer typically takes up

Product Description: The integration of transformers, high-voltage switchgear, low-voltage distribution equipment, metering systems, and protection devices into a single unit eliminates the need for a separate distribution room or substation. This streamlined approach significantly reduces the spatial footprint compared to traditional civil engineering substations. Typically, this integrated setup occupies only one-tenth to one-fifth of the space required by conventional