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Hi there and thank you for your interest! The information that we can publicly share on this topic is what was published on our CZcams channel and on our blog (www.typhoon-hil.com/support/knowledge-center/blog/). You might find some more information beyond what's in this video there. We hope this helps!

Hi Emanuell, what is shown in the tutorial video is a demonstration of the procedure on how to use the user library, however, every user will have their own user library. For additional information on this topic, you may consult our Documentation: www.typhoon-hil.com/documentation/typhoon-hil-software-manual/concepts/user_defined_libraries.html We hope this helps!

Thank you for your feedback and support, Dr. Qureshi!

Hi There! Please feel free to use the Example Models available in our software as a reference or enroll in our HIL Academy course on HIL for Microgrids to learn the needed skills: hil.academy/courses/hil-for-microgrids/

Hello, for getting an aswer to your question, please reach out to the team featured in the video, as they are the most familiar with their project details.

We are glad you liked the tutorial!

We are glad you found this tutorial useful! You can find more free learning materials at hil.academy - make sure to check it out!

Hi there, we reached out to Dr. Pinheiro to confirm the answer to this question and we are waiting to hear back from him. In the meantime, you can check if you might find the answer to your question in one of the UFSM courses at HIL Academy: - Digital Control of Grid-Tied Converters: hil.academy/courses/digital-control-of-grid-tied-converters/ - Control of Microgrids: hil.academy/courses/control-of-microgrids/ We hope these resources will be helpful!

Hi Praveen! The "Number of battery cells in parallel" parameter can be any positive integer. The batteries in parallel would not increase the voltage but would increase the total capacity and decrease the internal resistance proportionally to the number of battery cells in parallel. We hope that this answers your question and we wish you success in your upcoming HIL projects!

Thank you for your support, we are glad you liked the video!

Thank you!

Thank you!

Thank you!

Exactly! We keep hearing from our customers and partners how HIL technology assists in technology transfer and industry-academia collaborations. These partnerships are key to taking innovative solutions from academic research into applicative fields so the end users can reap the benefits of new technology sooner.

Hi there and thank you for your question! Our engineering team confirmed that the equasion is adf=2*pi*30. All models related to the course this video was recorded for (hil.academy/courses/digital-control-of-grid-tied-converters/) can be found within the Typhoon HIL Control Center software in examples folder: examples\courses\digital control of grid-tied converters We hope this helps and we wish you success with your HIL projects!

Hi there and thank you for your question. Our engineering team confirmed that the ramp up and rump down is done using a On Click macro and API commands set_scada_input and wait_msc. You can find this information referenced in our HIL API documentation here: - set_scada_input - www.typhoon-hil.com/documentation/typhoon-hil-api-documentation/hil_api.html?highlight=set_scada_input#typhoon.api.hil.set_scada_input_value - wait_msc - www.typhoon-hil.com/documentation/typhoon-hil-api-documentation/hil_api.html?highlight=wait#typhoon.api.hil.wait_msec I hope this fully answers your question and we wish you many successful HIL projects!

Hi there, thank you for your feedback! This video is not intended to serve as an introductory, but advanced tutorial to get proficient existing users familiarized with the newly added features. For basic longer introductory tutorials, please visit HIL Academy, where we have curated courses for different proficiency levels and on different topics and applications of interest.

Hi and thank you for your question! We have one newer video that is explaining this in a bit more detail - you can find it here: czcams.com/video/-FxyBRd8-YA/video.html - We hope this will cover what you wanted to learn more about.

Hi Saad, please find more information here: www.typhoon-hil.com/products/software-download/

Hi Sahil! We do not have a copy of the slides, but feel free to reach out to the author directly through publicly available channels.

@@TyphoonHIL I have raised a ticket. for 10 days now no response or help with my request.

Hi Bharath! Our engineers have created a Test Automation course that is available at HIL Academy that covers the basics, after which you can implement the TraceTronic integration as well. Find the free course here, as part of our HIL Specialist specialization program: hil.academy/courses/test-automation/

That's great to hear, thanks for sharing!

Hi Rajendhar! You can find this BMS example model in our Typhoon HIL Control Center software toolchain. The toolchain can be downloaded and used for free: www.typhoon-hil.com/products/software-download/ You can also find more information on this model in our Documentation, in this Application Note: www.typhoon-hil.com/documentation/typhoon-hil-application-notes/References/Orion_BMS_hil.html

​@@TyphoonHIL great, I am surely checking it out.

Hi there, thank you for the feedback, we glad you enjoyed it! Feel free to subscribe to our channel, as more similar content is in the making.

Hi Julia, we are glad you liked it! Thank you for the feedback. Feel free to subscribe to our channel, as more similar content is in the making.

Hi Abdo! The model from the video with more details can be found in the examples of our Schematic Editor, under the battery management systems/battery management system/Battery management system In case you don't have Typhoon HIL Control Center installed yet, you can download it for free here: www.typhoon-hil.com/products/software-download/ We hope this will be of help and we wish you success with your HIL projects!

Thanks! We are working on improving the subtitles right now, and we should also publish an article on this topic later this week on out Blog: info.typhoon-hil.com/blog

Thank you very much on the positive feedback! We wish you succes in your work as well.

Hi Hussein! The demonstrated model is available in our software installation, in example folder: "..\examples\models\microgrid\wind farm microgrid".

Hi there! Thank you for your comment. This demo is a part of a longer webinar that you can find here: info.typhoon-hil.com/en/bms-challenges-in-400-volt-and-800v-ev-architecture-powertrain-development-and-testing-using-hil The webinar could provide additional useful information, however the demo itself covered just what you have seen in this video. Your comment has been forwarded to our engineering team, so we will have it in mind when creating supporting content and information moving forward.

Thanks ✌️

Hello Bishal, you can use the Contact Us form on our website: www.typhoon-hil.com/contact/

Hi there! Please find the model available with the installation of our software: www.typhoon-hil.com/products/software-download/

FMU stands for Functional Mock-up Unit. You can read more about the FMI standard on this website: fmi-standard.org/

Hi there! More on this topic is introduced within the Power Electronics specialization program offered at HIL Academy, so we hope that will be helpful: hil.academy/converter-circuits-specialization-fundamentals/