Advantages of using frequency converters
Frequency converters today are important electrical devices that offer numerous advantages, including cost reduction. These modern systems not only significantly lower energy consumption but also provide farmers with the ability to remotely monitor pump performance. This means that pump management has become more accessible and flexible. With these technologies, users can adjust the motor speed, water flow, and pressure according to various parameters. Continuous start-up and control of pumps can be achieved through GSM communication or radio devices.
Main advantages of frequency converters
Among the main advantages of using frequency converters in our field, we can highlight:
- Reduction of energy consumption;
- Control of start and stop processes;
- Reduction of the risk of motor overheating;
- Prevention of breakdowns;
- Extension of the service life of pumps and motors;
- Maintaining pump speeds at an optimal level;
- Minimization of hydraulic shocks in pipelines due to controlled changes in motor speed;
- Reduction of voltage in the electrical network when starting pumps;
- In many cases, the need for valves to control pumps disappears;
- Monitoring of pump operation to maintain the necessary flow or stable pressure.
Applications and opportunities
The use of frequency converters opens new possibilities for reducing costs in pumping systems, especially in irrigation. It is important to pay attention to the combination of the frequency converter with the pump curve. Having knowledge of the system’s hydraulics and constructing a graph in modeling software will help understand how changes in speed will affect the pump characteristics.
Prodrive Ukraine
Prodrive Ukraine is an importer and supplier of AC frequency converters specifically designed for pumping systems. These systems are easy to install and operate, and they receive technical support from the manufacturer. To provide additional flexibility, various devices such as PLC controllers can be used. This will significantly reduce electricity costs and facilitate the management of modern pumping systems.