VI-24M-MW-F2

DC DC converters are commonly used in the process control and automation industry. They provide a range of power conversion solutions for different applications, such as high voltage, bipolar, continuous mode and pulsed mode. VI-24M-MW-F2, a type of DC DC converter, is widely used in various applications.

This medium voltage DC DC converter provides a great cost-performance ratio. It is specially designed for 3-phase medium voltage system with a power range up to 70kW, featuring exceptional efficiency, fast-response, and stability. The combination of its passive and active components and its state-of-the-art high-speed control architecture makes the VI-24M-MW-F2 an ideal solution for many applications.

VI-24M-MW-F2 has a wide range of application fields, which include power drive systems, renewable energy systems, energy storage systems, electric vehicle charging stations, telecom backup power systems, traction and distributed power generation systems and solar/wind systems etc. It is suitable for applications that require high power density, high efficiency, long life cycle, high reliability and wide input/output voltage range. Furthermore, due to its fast response time, it is ideal for applications requiring stringent control and precise output, such as drives, robotics and frequency conversion systems.

In order to achieve its superior performance, this medium voltage DC DC converter utilizes an innovative IGBT + LLC-based resonant topology for input and output, and a unique Intelligent Transformer Torque Control technology. This combination of technologies ensures high-performance, low-noise operation, low output ripple and good dynamic response. Furthermore, its advanced digital modulation technology guarantees excellent reliability and stability in critical environments.

As far as its working principle is concerned, the VI-24M-MW-F2 DC DC converter is designed to optimize the power ratio between the input converter and the output converter. The input converter consists of the IGBTs, the inductors and the transformers, which convert the AC power to DC power. The output converter is composed of the diodes and the capacitors which convert the DC power to the desired voltage for the device to be powered.

The Intelligent Transformer Torque Control technology of the VI-24M-MW-F2 system enables it to stabilize and control the output voltage automatically. It analyzes the DC link voltage and transformer torque information in real-time, and increases the IGBT firing angle accordingly. Simultaneously, the frequency of the control loop is systematically adjusted to synchronize the output with the input, thus reducing the power losses significantly and tackling the smallest voltage fluctuations.

In a nutshell, the VI-24M-MW-F2 is a medium voltage DC DC converter which is widely used in various applications, such as power drive systems, energy storage systems and renewable energy systems. It features a unique Intelligent Transformer Torque Control technology, which helps in stabilizing and controlling the output voltage automatically. It also utilizes an innovative IGBT + LLC-based resonant topology for input and output, thus providing high-performance, low-noise operation, low output ripple and good dynamic response.