Large generators are mainly used in the manufacturing industry to provide power for various production equipment and meet the overall electricity needs of factories. The specific applications are as follows:

-Steel manufacturing: Various large-scale equipment in steel plants, such as blast furnaces, converters, electric furnaces, continuous casting machines, rolling mills, etc., require a large amount of electrical energy during the production process. Large generators can provide stable and sufficient power for these devices, ensuring the continuity and efficiency of steel production. For example, in the process of electric furnace steelmaking, the powerful power provided by large generators enables the electric furnace to quickly heat up, melt raw materials such as scrap steel, and produce high-quality molten steel. In addition, in the steel rolling process, large motor-driven rolling mills require stable power to achieve the rolling of steel to meet the specified size and performance requirements.

-Non ferrous metal manufacturing: In the smelting and processing of non-ferrous metals, processes such as electrolysis, melting, and extrusion of metals such as aluminum, copper, and zinc rely heavily on the power provided by large generators. Taking aluminum electrolysis as an example, the electrolytic cell carries out the electrolysis reaction of alumina through direct current, and a large generator provides stable direct current power to the electrolytic cell to ensure the smooth progress of the electrolysis process. In the process of copper smelting, large generators supply power to equipment such as medium frequency induction furnaces, enabling copper raw materials to quickly melt and reach the required temperature for subsequent refining and processing.

-Mechanical Manufacturing: Various processing equipment in mechanical manufacturing factories, such as CNC machine tools, machining centers, large lathes, milling machines, drilling machines, etc., require precise and stable power supply to ensure machining accuracy and production efficiency. Large generators can provide high-quality electrical energy for these devices, meeting their complex power needs. For example, when processing large mechanical components, CNC machine tools require stable power to drive motors and achieve high-precision cutting and machining. In addition, some large machinery manufacturing enterprises also use large generators to provide power for lifting equipment, ventilation equipment, heat treatment equipment, etc. in the workshop, ensuring the normal operation of the entire production workshop.

-Automobile manufacturing: The stamping, welding, painting, and final assembly workshops in automobile manufacturing factories have a large number of electrical equipment. The large generator provides power for the large stamping machines in the stamping workshop, enabling them to punch steel plates into various shapes of automotive parts. In the welding workshop, the welding machine requires stable power to achieve high-quality welding. The painting equipment and drying equipment in the painting workshop, as well as the conveyor lines and electric tools in the final assembly workshop, also rely on the power provided by large generators. In addition, auxiliary facilities such as air conditioning systems and lighting systems in automobile manufacturing factories also require a large amount of electricity consumption. Large generators can meet the comprehensive electricity needs of the entire factory, ensuring the smooth progress of automobile production.