Imperix provides engineers and researchers with rapid control-prototyping solutions that accelerate power electronics development, combining hardware with software, aiding the transition from the lab to real-world applications. The company’s power electronic controllers support the development process from rapid prototyping to creating commercial products.
Imperix power electronic controllers facilitate the prototyping and experimental validation of control techniques for all sorts of power converters, helping engineers design, test, and validate digital control techniques for power converters. Typical applications include electric motor drives, grid-tied inverters (e.g., solar inverters), energy storage systems (e.g., batteries), or multilevel converters.
Imperix power modules are building blocks for the rapid implementation of power inverter prototypes, as well as all sorts of power converters, especially for modular power converter topologies. The power inverter modules are also designed for use in research laboratories, to facilitate the rapid prototyping and validation of various converter control techniques.
While offline and online simulations provide meaningful insights for control algorithms, experimental validation is often required to prove their effectiveness and proper operation in the real world. Imperix power inverter modules can be quickly assembled to form all types of power converters, and offer plug-&-play compatibility with the company’s rapid control prototyping system. The power modules are designed for both teaching and research applications, and can support control software testing for industrial power inverters, or simply illustrate basic converter control techniques within an educational context.