Implementation of Frequency Converters in Modern Technologies
New technologies are actively penetrating our everyday lives. One of the high-tech developments that has gained popularity is frequency converters. It is important not only to know about the capabilities of these devices but also to assess their effectiveness in existing technical systems, particularly in the context of energy savings.
Application Area of Frequency Converters
Frequency converters are used in various industries, allowing a wide range of needs to be met. To implement frequency converters in equipment that is already in operation, it is necessary to evaluate their potential efficiency. The main task is to achieve energy savings by reducing the speed of the motor.
Thus, the modernization of systems will be most effective where motors with a constant rotation speed are used, as well as in systems with limiters that regulate flow volumes. However, it is worth noting that such modernization is associated with serious financial costs, as it is necessary to dismantle dampers, valves, and blades before installing frequency converters.
Automatic Control in Systems
In automatic control of mechanical limits in the system, there is already a sensor that can be used in conjunction with the frequency converter. This sensor helps regulate the operating speed of the device, significantly increasing the efficiency of the system.
Energy Savings and System Selection
It is necessary to consider that in each new system, energy savings will vary, so they should be calculated taking into account all the parameters used.
Frequency converters, like any other modern technology, have a wide range of applications. To get real benefits from their use, it is important to approach their selection and implementation thoughtfully. The modern market offers a diverse range of frequency converters. Special interest is drawn to electro-induction frequency converters made based on motors with a rotor that operates in generator mode.
These devices are used to control the operation of asynchronous and synchronous electric motors. The regulation is based on creating a device that converts electrical voltage to a designated frequency. In the simplest systems, control of voltage and frequency is carried out by comparison with specified parameters, while more complex systems use vector control systems.
Having familiarized yourself with the principles of operation and advantages of frequency converters, you can move on to selecting the most appropriate option for specific applications.