Typhoon HIL's Software
Get a full taste of HIL without a Hardware Emulator
Integrated Software and Hardware that is (micro)second to none.
Transform your PC into a HIL laboratory
Virtual HIL Device is the closest thing to the real time hardware in the loop simulator, which allows you to : –
• Experience what actual HIL testing looks like, using the same HIL tool-chain with all of its advanced features, but without a HIL real-time device.
• Develop, simulate and verify models that are only one click away from real-time execution.
• Speed up the development of models and test scripts, regardless of the how many HIL devices you have.
• Run all your existing models, developed for your actual HIL device, in non-real-time without any modification
Expand your knowledge, boost your skills and test freely and relentlessly!
This free “Virtual HIL Device” is a software toolbox within a HIL tool-chain that enables HIL models to run on a PC instead of on a HIL device. Virtual HIL Device is a truly game-changing addition to any teaching lab. With it, any computer lab based on Windows®-based PCs can be instantly transformed into a power electronics knowledge and skill factory where students can create their own models and test scripts. Moreover, it is the perfect tool to make the flipped classroom teaching methodology work. Using their own PCs with Virtual HIL Device, students can develop their power electronics intuition and knowledge at their own pace in the comfort.
Imagine a piece of software built from ground-up for high performance and long term numerical stability, that is engineered to take full advantage of the powerful system-on-chip powered hardware. And imagine that is not all. A software that unites the latest advances in graphical user interface technology with the unrivaled interactivity and flexibility. Would it not be a gem of software engineering that is as logical as it is intuitive to use?
How about a Software Toolchain that comprises three main components which are so seamlessly integrated that it is impossible to tell them apart:
a) the Control Center where all the modeling and testing takes place b) the blazingly fast Compiler that converts models into processor readable model description and c) the proprietary Processor with ultra low latency and unprecedented execution rate of converter and microgrid models?
Imagine no more. A trailblazing interactivity, a user centric feature set and a rock-solid numerical stability is now within reach. In fact, it is already an indispensable tool for all organizations who care about quality assurance processes that lead to customer satisfaction and sustained financial performance.