Application of Synchronous Motor

Applications in the Industrial Field

Apart from the many different functions facilitated by carefully designed motors, the tasks performed in the industry are perhaps the most complicated. Some electric motors are used in coal mining, while some Synchronous Motors provide the energy for crushing and shredding in the cement industry. For steel mills, on the other hand, a stable input is required to ensure the continuity of their production process in an extremely warm atmosphere. For this reason, they often use special motors for conveyor belts. The sugar industry relies on customized high-voltage motors or the IE4 super premium motors, as these can provide a higher voltage without requiring much electrical energy.

Synchronous Motors

Applications in Production Machines

Electric Motors are used not only to supply fields and equipment but also to drive a whole range of production machines. The motors underneath are the ones that drive a propeller, turn up a turbine or suck in smoke and debris in a crowded public or private environment. In waterworks, it is the electric motors that help to pump up the water. In addition, there are advanced three-phase electric motors that are used in compressors because they can cool themselves sufficiently and thus withstand higher temperatures. These advantages also make them a perfect choice for industrial boilers.

In electrical systems such as those we use either in industry, power stations, or in private households, motors and generators have become an everyday device. With the demand for systems with high energy efficiency and lower power consumption, the invention of new models of these electrical devices can be observed. The basic calculation factor for the reliable operation of High Voltage Synchronous Motor and generators is the power factor. It is the ratio of the power applied to the power required. Usually, the total power consumed in industries and factories is calculated on the basis of the power factor. The power factor should therefore always be kept at a uniform value. However, due to the increase in reactive power in these devices, the power factor decreases. Many methods are introduced to keep the power factor at a uniform value. The concept of the synchronous motor is one of them.