Learn how Digital Twins with Typhoon HIL boost power electronics design through real-time validation, predictive insights, and adaptive modeling.| Typhoon HIL
Test wind turbine control systems efficiently and safely with Typhoon HIL’s real-time simulation. Catch bugs early, reduce costs, and maximize efficiency.| Typhoon HIL
See how DeepDrive cut e-Drive development time by a year using Typhoon HIL's real-time simulation for faster, safer, and high-fidelity control system validation.| Typhoon HIL
Traditional controller development often relies on late-stage testing, leading to costly delays should design flaws emerge. Model-based engineering revolutionizes this process by enabling simulation, validation, and continuous testing from the very beginning. With Typhoon HIL’s fully integrated toolchain, engineers can design, test, and refine controllers, seamlessly transitioning from virtual offline simulations with TyphoonSim to high-fidelity HIL testing using flagship real-time simulato...| Typhoon HIL
Smart buildings are revolutionizing the way we approach energy efficiency and sustainability. By combining passive design with intelligent control systems, these structures optimize energy use, integrate renewable sources, and may even produce and share energy within community microgrids. As electricity consumption in building operations represents nearly 55% of global electricity consumption, smart energy control solutions can have a great impact on energy savings and sustainability efforts....| Typhoon HIL
In the dynamic world of electric vehicles, battery management systems (BMS) are pivotal for safety and efficiency. Typhoon HIL’s BMS HIL Testbed introduces a groundbreaking approach to testing, using high-fidelity simulations to validate SoC, SoH, and fault responses in real time. By addressing complex challenges, our solution empowers engineers to develop safer, more reliable BMS designs while reducing time-to-market. Learn more about this BMS testing solution in our blog.| Typhoon HIL
TyphoonSim’s integration into the Typhoon HIL Control Center creates a unified toolchain for offline and real-time simulation. Power electronics and power systems engineers can now seamlessly transition from the design phase to HIL testing and back, streamlining workflows, enhancing precision, and accelerating project and research timelines.| Typhoon HIL
Microgrids and distributed energy resources are critical to a sustainable energy future, but their complexity demands advanced control strategies and rigorous testing. Explore how cutting-edge HIL simulation tools and hybrid control approaches are simplifying microgrid management, improving stability, and enabling seamless integration of renewable energy sources for a greener tomorrow. Read the full blog to learn more about the topic and access additional resources.| Typhoon HIL
Typhoon Test Hub is transforming HIL testing by minimizing the initial effort needed to gain the advantages of test automation. HERO Tech Center Germany leveraged it for scalable test automation, enhancing coverage and identifying specification gaps early. This approach improved efficiency, test completeness, and reporting. Read the full blog to discover how Typhoon Test Hub can elevate your testing process!| Typhoon HIL
Discover how Henry E. Warren’s invention of the master station clock revolutionized power grid frequency regulation, paving the way for interconnected grids that power the world today. Learn more about the history and lasting impact of this groundbreaking innovation, along with how HIL global time synchronization is implemented in the Typhoon HIL environment, in this blog article.| Typhoon HIL
Discover how to optimize e-Drive ECU testing with turnkey HIL solutions, featuring hardware and software demos and insights from industry experts.| Typhoon HIL
Discover how Hardware-In-the-Loop (HIL) technology is revolutionizing digital substation testing and training, enhancing efficiency, reliability, and safety while reducing costs.| Typhoon HIL