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The GCK C-profile Assembly Economical Switch Cabinet is designed to provide a reliable, flexible, and cost-effective solution for low-voltage power distribution systems. As a professional electrical equipment manufacturer, Lugao Power develops GCK switch cabinet solutions with modular C-profile frame structures, safe compartment separation, convenient maintenance design, and excellent adaptability for industrial and commercial applications.

The Shanghai International Electric Power & Energy Exhibition kicked off as scheduled. Lugao Power showcased its comprehensive transmission and distribution product portfolio at the custom-designed booth. The exhibited products cover core equipment including high and low voltage switchgears, dry-type transformers, oil-immersed transformers, ring main units, vacuum circuit breakers, European & American-type box substations, and prefabricated substations, suitable for diverse power distribution scenarios such as urban infrastructure, industrial and mining enterprises, and new energy photovoltaic projects.

Recently, Lugao Power Co., Ltd. participated in Russia International Electric Power and Energy Exhibition. Centering on market demands of Russian-speaking regions, the company showcased core products including ring main units, switchgears, dry-type and oil-immersed transformers, vacuum circuit breakers, high and low voltage complete sets of equipment, and prefabricated substations. It provides one-stop solutions for high & low voltage power systems serving Russia and Central Asian markets.

Switchgear refers to a combination of electrical disconnect switches, circuit breakers, fuses, protection relays and control devices. Its main purpose is to keep power systems safe, stable and easy to operate.

A Box-Type Substation is a compact power distribution solution that integrates high-voltage switchgear, transformer, low-voltage distribution equipment and protection devices into one prefabricated enclosure.

The core principle of transformer selection involves first calculating the required capacity, followed by determining the voltage and phase configuration, selecting the type and cooling method, and finally verifying impedance, voltage regulation capabilities, energy efficiency, and protection class.