MV Switchgear VS LV Switchgear

I. Main power system networks, such as substation switching stations and distribution substations, providing protection and control for power lines.

II. Main distribution rooms in large industries and manufacturing sectors, supplying power to large power equipment, ensuring process continuity, and serving as a distributed energy access point.

III. Infrastructure and public utilities, such as rail transit, airports and ports, water facilities, data centers, and hospitals.

IV. Energy development and transmission, such as power plants, oil and gas, and mining.

1. Main low-voltage distribution rooms/workshop power distribution centers in industrial and manufacturing plants; distribution cabinets in factory production lines; power control centers for large low-voltage motors; power distribution for factory lighting and auxiliary systems; and process industries such as chemical plants and pharmaceutical plants.

2. Commercial and public buildings, such as low-voltage switchgear in substations of commercial complexes and shopping malls, floor distribution rooms, chiller/air conditioning plant rooms, as well as office floors, hotel floors, equipment floors of high-rise buildings, and hospitals, schools, stadiums, exhibition halls, etc.

3. Infrastructure, such as data centers/IDC server rooms, battery switchgear, precision switchboards, transportation hubs, subway/train station/airport terminals, and water facilities.

4. New energy and distributed energy, such as AC combiner boxes/grid-connected cabinets for photovoltaic power generation systems, wind power generation, energy storage power stations, such as electric vehicle charging stations.