Webinars

Typhoon HIL’s modeling and testing solutions empower Battery Energy Storage System (BESS) integrators like IHI Terrasun to validate battery and inverter functionality and interconnections, mitigating risks and enhancing efficiency pre-deployment. Join us for a webinar on May 16, 2024, as we explore the utility of HIL Compatible from an integrator’s perspective and its significance in the development lifecycle.

Join Typhoon HIL for an exciting journey with Danfoss Drives as they pioneer the use of digital engineering tools in new and innovative ways, stretching their utility far beyond product design and development phases. Danfoss Drives significantly enhances the value of digital models, empowering customer success by harnessing productized models as efficient communication channel between manufacturer and end customer.

The two most challenging Hardware in the Loop (HIL) testing applications in the Electric Vehicle (EV) domain are motor drives and battery chargers. Developing and testing control software for these power converters are challenging due to: high switching frequency, new wide-bandgap semiconductors, highly nonlinear motors, new topologies, and their safety critical role. In this webinar, learn why it is necessary to use high-fidelity plant models able to capture all the relevant real-world phenomena in order to conduct comprehensive HIL testing of EV power electronics controllers under all the operating conditions, including faults.

ETAP is a full spectrum analytical engineering software specializing in the analysis, simulation, monitoring, control, optimization, and automation of electrical power systems. ETAP electrical engineering software offers the best and most comprehensive suite of integrated power system enterprise solution. In this webinar, learn more about the capabilites that can be achieved through the integration of ETAP and Typhoon HIL solutions.

Integrating energy storage and renewable energy into a microgrid can be tricky. In this webinar, you’ll learn the proper way to add sustainable assets and battery energy storage systems (BESS) to your microgrid.

Starting from an IEEE 4-node test feeder, we will build, test, and demonstrate a simple microgrid model consisting of an energy storage module (ESM), a photovoltaic (PV) power source, natural gas genset, variable load with load profile, and other components. Protection will also be discussed. A simple microgrid controller monitors the system, ensuring grid-tied/islanding operation, and other system-level functions. A test framework (Typhoon Test IDE) is shown as an effective tool for simple and scalable functional testing of DER and system-wide behavior.