“We really appreciate how easy it is to work with Typhoon HIL equipment as well as the quality of technical support from Typhoon HIL. Probably the easiest way to integrate our solution into the overall system real-time simulation.”

“Integrating HIL into engineering processes makes it possible to develop high end radiographic generators of tomorrow.”

“AIT gets great value from HIL equipment, manufactured by Typhoon HIL that empowers us to master the inquiries of our world-wide customers more expeditiously.”

“There are many emerging requirements on the grid side in terms of grid requirements in different countries, grid code, etc., and it’s quite challenging to keep up with all of these and to be able to test under these conditions. For smart grid converter control we use Typhoon HIL solutions.”

“Large number of issues, especially in control hardware configuration, can be solved prior to system integration phase.”

“By collaborating with Typhoon HIL, our work can have stronger impact for the industry.”

“By reducing development time, we can focus on the novel bits of our research and provide greater added value for the research community.”

“With Typhoon HIL, our customers response time goes from one to two weeks to a few hours.”

“We wanted a system which could be used by everyone. A Typhoon HIL system is a test infrastructure which works right out of the box.”

“With Typhoon HIL, we can achieve fast turnaround times. Danfoss customers can get the software that can run any application very quickly.”

“Parameters, configurations and components can all be modified and changed in very little time and with little effort. That’s why HIL environment very effectively demonstrates one of its main advantages when it comes to time consuming simulations.”

“Typhoon HIL is must have for every Power Electronics Engineer!”

“Working in a simulated real-time environment allows for observing control behavior in diverse scenarios with the safety of students and equipment guaranteed since power flows are represented digitally instead of physically.”

“Once you validate your controller on the Typhoon system, then there is no need to do any more changes to the controller before you can actually put it on to your real converter.”

“The deciding factor for choosing Typhoon HIL were: ultra-high fidelity and ease of use.”

“By simulating in the HIL testbed the operating points that cannot be tested in high-power operating conditions, we were able to improve test coverage significantly and reduce testing time over up to 60%.”

“Now, all the research institutes in the SIRFN network use HIL and are promoting HIL technology as well as international standardization.”

“Using hardware-in-the-loop testing can ensure that H55 electric propulsion technology has the best design and passes certification standards.”

“I have the greatest respect for your enthusiasm for the customer. It has been a pleasure working with all of you. Typhoon HIL is too useful.”

“Embedded smart digital controls have become indispensable in electronics. The difficulty is that we need to program them, and if we make a mistake, we risk damaging the electronics. So we use HIL device to emulate the behavior of our power electronics application and test if the programmed control works correctly.”

“After HIL testing the 10kW voltage source inverter control board we had all the confidence to go directly to the full power system test.”

“HES-SO was hired to develop a supercapacitor charger in a reduced amount of time. We used HIL to identify, test, and evaluate new and optimized control schemes and they are today in use by our industrial partner.”

“Using Typhoon HIL, we are developing a solution that is addressing microgrids, energy storage, and automation and control of distributed energy resources.”

“We can use the Typhoon HIL simulator to provide models for customers especially during their factory acceptance tests.”

“We can get good test coverage and confidence that the control solution will work in the real plant scenario.”

“User-friendly and intuitive software combined with well-integrated hardware enables engineers to easily make changes to a model and compile changes with a single click in no time.”

“The Typhoon HIL Simulation hardware, software, and tools are extremely valuable for IHI Terrasun Solutions (IHI Terrasun) as they provide a means to quickly, safely, and cost effectively test Energy Storage Devices and Energy Storage Systems (ESS). IHI Terrasun can safely simulate failure cases on a Typhoon HIL System that would normally cause serious equipment damage on a real system and unsafe conditions for personnel. In using a Typhoon HIL Simulation System, IHI Terrasun can ensure through simulation and testing that our controls take the proper safety actions, log all of the data around the event, and report the situation to the appropriate people and entities.”

“IHI Terrasun’s SAFETM (Simulated Acceptance and Fault Emulation) Program relies on the robust fidelity of the Typhoon HIL system to validate manufacturer’s specifications and controls system operation. It’s an essential part of our solution which IHI Terrasun provides to our customers to ensure that their projects are safe, reliable and compliant with the latest grid interoperability requirements, such as IEEE2800.”

“Testing the validity of your design and product starting from the earliest steps of the life cycle prevents you from failing to notice potentially problematic product behaviors that otherwise wouldn’t be discovered until physical integration.”

“Typhoon HIL devices are very easy to use, has a great technical support, and in all relevant parameters completely satisfies all our needs for HIL testing and automatic verification of control systems for our largest dump truck’s diesel-electric drive system.”

“In the future, we plan to utilize the Typhoon HIL devices even more, especially for improving our development process, as well as for improving our competitive advantage.”

“By putting the HIL in the workflow of the research you can do a lot of real time testing and parametrization, understand the system, it’s feedback, dynamics and limit cycles, before you even start designing the hardware.”

“Typhoon HIL gave us an easy-to-use testing solution for all our usage scenarios. We were really surprised how easy it was to integrate Typhoon HIL into our research workflow. These units have greatly improved our testing and development times and have been a great asset in our lab.”

“Typhoon HIL enabled us to rapidly develop, test, and verify novel utility scale converter system and its control.”

“Being able to move confidently from an offline simulation, to generate code and to drive to your own hardware setup without being concerned about safety requirements is a huge consideration. Those are some main aspects allowing you to focus on what you are good at doing, while abstracting away a lot of complexities.”

“We automate testing through the HIL and the emulator for our voltage optimization range. We create test scripts using Typhoon HIL for various voltage changes on the network which increases the ability for us to test units in terms of speed.”

“The migration into C-HIL was motivated by the convenience associated with the ability to simulate large-scale systems instead of using real power hardware.”

“This allows us to test real devices integrated with the digital system in real-time. Thanks to that we have been able to choose the best components for the system of the vessel. That’s how we can save time and money.”

“The people from Typhoon have been working with me to make sure that they are providing what I need as a customer from day one. They are working with you to help you reach your goal.”

“By running test sequences in the first stage of the design process, as opposed to the very end, we can catch mistakes that exist in the controller prior to going through the whole development. That way, we are essentially shortening that design loop.”

“For me, HIL tested means we can test our product in hundreds, if not thousands, more cases than we would have been able to do without it.”

“HIL has brought tremendous boost in increasing our engineering efficiency. We can cover 1000 test cases, and we can accomplish all of those only within 12 to 18 hours. Basically, we can run those as automated tests overnight.”

“For me, HIL means peace of mind.”

“Hardware-in-the-loop: where innovation meets ignition in the realm of power electronics product development, sparking a game-changing revolution.”

“Firmware first, hardware later: powering up your real-time model from day one!”

“Typhoon HIL is pioneering a future-proof and ultra safe power conversion development ecosystem.”

“Testing and pre-certification is where implementing Typhoon HIL’s C-HIL test solutions helped us the most: we dramatically decreased our development and testing time through test automation and the wide array of tested scenarios enabled us to always step into certification with full confidence.”

“The most valuable academic benefit for SGRC is that HIL makes research work faster and easier.”

“The SUPPLIER and Typhoon HIL integration is available as an upgrade for SUPPLIER’s existing power source, allowing several new testing possibilities.”

“HIL is very advantageous in terms of man-hours and time savings. Since it responds in real-time, the verification process takes much less time to complete.”

“From testing all imaginable operating conditions, through control system verification, to automated test processes, this Hardware-in-the-Loop platform provides us with all the features necessary to get our work done.”

“One of the advantages of HIL is that it is capable of real-time simulation. This will give us confidence in our model or our algorithm before the actual implementation of the nanogrid.”

“We unplugged the control board from the HIL, put it in a real setup and let it run. It is working exactly the same without changing a single comma in the control code.”

“With the help of the large component library within the Typhoon HIL Schematic Editor, it is easy to create detailed vehicle drivetrain models.”

“By having a real-time simulation environment with a rich component library, creating a model of the power and control stage becomes easier and faster, which leaves more time within the semester dedicated to control testing and gaining industry-relevant skills.”

“With orders of magnitude improvements in resilience and scalability, the distributed control approach will satisfy the performance metrics that are necessary for effective provision of frequency regulation services.”

“What is very rewarding and motivating is to be part of something bigger than the project itself. We can say that at our level, we are contributing to the energy transition and to the reduction of gas emissions and greenhouse effect by accelerating the manufacturing process of electric vehicles.”

“Typhoon HIL testbeds were used to emulate the full vehicle model in real-time and confirm that the battery system performed within the required specifications. Replicating the tests with a real vehicle yielded the same results.”

“Typhoon HIL enables us to educate power engineers for the future smart grid, while also empowering us to do top-notch research and work with the industry.”

“If I should describe HIL in just one word, I would say essential.”

“Thanks to Typhoon HIL, we have reached new heights in control of power electronics systems. High-fidelity simulation environment with a wide range of simulation models give us the confidence needed to achieve our research goals efficiently and in a safe learning environment.”

“Our example built in Typhoon HIL demonstrates how solar panels and battery storage systems can be integrated into an existing marina microgrid, to provide additional energy resilience, and independence from the main grid, as well as achieve higher energy sustainability and efficiency.”

“Enabling the students to not only follow the world trends but to truly experience and work with today’s most advanced equipment.”

“By using the Typhoon HIL system, Viessmann could significantly increase the quality of the controller assembly by obtaining testing capabilities during the development and validation phases, while making significant savings in manual testing capacity and expensive equipment.”