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Battery Management System
Developing a reliable BMS for EVs is challenging due to complex battery dynamics, temperature-dependent behavior, and variations in cell capacity and resistance.
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HES-SO is educating next generation aviation experts with HIL
In the fourth and final episode of our Industry Spotlight with H55, we had a chance to talk with professor Philippe Barrade, head of the Industrial Electronics and Drives research group at HES-SO, The University of Applied Sciences and Arts of Western Switzerland.
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“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.”
DriveLab ACS880 HIL Compatible: Unlock the Future of Drive Testing
Collaboration with partners such as Typhoon HIL is delivering innovation that directly benefits customers across different industries. The HIL solution allows us to work with our customers to help them shorten their testing and validation cycle with improved speed, efficiency and quality of the process.
Streamlining
Customer Support with HIL
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.
Revolutionizing the Aviation Industry
What Typhoon HIL is providing us is extremely important. The design of the powertrain, motor, battery system, and software has to be completely safe. It is only through simulation that we can get the best design before the re-life testing.
Improve your
Work and Product Reliability
Testing and pre-certification is where implementing Typhoon HIL’s Controller Hardware-in-the-Loop (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.
Pushing the Limits of Testing e-mesh Controls
“Using Typhoon HIL, we are developing a solution that is addressing microgrids, energy storage, and automation and control of distributed energy resources.”
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Our standard card portfolio includes cards which are commonly used in the Power Electronics, EV, and BMS test industries. To support the 1-week lead time, we keep all standard cards in stock and ready to ship.
| Card name | Channels | Description |
|---|---|---|
| High Voltage Card | 8 | Analog output: 130V RMS low power |
| Current Output Card | 8 | Analog output: 2A RMS |
| Analog Input Card | 16 | Analog input: ±10 V or ±40 mA |
| Analog Output Card | 32 | Analog output: ±10 V or ±20 mA |
| Digital Input Card | 32 | Digital input: 3.3 V to 24V logic high |
| Digital Output Card | 32 | Digital output: 3.3 V, 5 V, 15 V or 24 V |
| Cell Emulator Card | 4 | Cell emulator: ±5 V, ±1 A |
| BMS Digital | 16 | Digital I/O: 3 – 100 V, 5A relay contact |
| BMS Analog Output Card | 16 x AO, 2 x PSU | Analog output: ±10 V; 24 V PSU and 5 V PSU |
| CAN Resistor Emulator Card | 8 | Resistance emulator: CAN message, 0 to 655 kΩ |
| CAN Relay DO Card | 32 | Digital output: CAN message, 0-100 V, 5A rating |
| Card name | Channels | Description | Note |
|---|---|---|---|
| High Voltage Card | 8 | Analog output: 130V RMS low power | Resistance emulator: CAN message, 0 to 655 kΩ |
| CAN Resistor Emulator Card | 16 x AO, 2 x PSU | Resistance emulator: CAN message, 0 to 655 kΩ | Analog output: 2A RMS |
| Description | Card name |
|---|---|
| Resistance emulator: CAN message, 0 to 655 kΩ | CAN Resistor Emulator Card |
| Analog output: 130V RMS low power | High Voltage Card |
| 1 | 2 |
|---|---|
| 123 | 123 |
DRIvE
Demand Response Integration tEchnologies: Unlocking tghe demand response potential in the distribution grid
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DRIvE
Demand Response Integration tEchnologies: Unlocking tghe demand response potential in the distribution grid. Demand Response Integration tEchnologies: Unlocking tghe demand response potential in the distribution grid.
Digital twins of 5 pilot sites
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Secure DR Management Platform
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Nikola Fischer Celanovic
Chief Executive Officer
Founder and Board Member
Nikola is the CEO and co-founder of Typhoon-HIL, and was the leader of the team that developed both the theoretical algorithms and experimental validation of the world’s first 1μs ultra-low latency Hardware-in-the Loop (HIL) real-time emulator platform for power electronics.
Prior to founding Typhoon HIL he was with the ABB Drives Development Department, Turgi, Switzerland. Previously he was with the ABB Research Center, Baden-Dättwil, Switzerland.
He holds a Ph.D. degree from Virginia Polytechnic Institute and State University, Blacksburg in 1995, an M.S. degree in mechanical engineering from the Vanderbilt University, Nashville, TN, and a B.S. degree in electrical engineering from the University of Novi Sad, Serbia.
| Type | Level (peak) | Conditioned channels |
|---|---|---|
| Analog Output | ± 10 V | 32 |
| HV Analog Output | ± 183.3 V | 16 |
| HV Analog Output | ± 10 V | 32 |
| 2 | 3 |
|---|---|
| 1 | 2 |
| One | Two |
|---|---|
| 5 | 7 |
| 8 | 9 |
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- ± 10 V voltage output
- ± 175 mA current outputs
- 72 V @ 1 A battery emulators
- thermistor emulators
- 5 V digital outputs
- ± 10 V voltage output
- ± 175 mA current outputs
- 72 V @ 1 A battery emulators
- 72 V @ 1 A battery emulators
- thermistor emulators
- ± 10 V voltage output
- ± 175 mA current outputs
- 72 V @ 1 A battery emulators
- thermistor emulators
- 5 V digital outputs
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Title
Current Market Solutions
- Current market solutions are often expensive.
- Lack a clear path toward controller hardware and industrial applications.
- Reliance on multiple software toolchains requires creating and maintaining multiple models.
- Reduces productivity by increasing workload and the risk of modeling errors.
Advantages of TyphoonSim
- Offers full featured free licenses for academia.
- Carefully designed to provide enhanced design and control capabilities through our flexible toolchain capable of being integrated with modern tools and programming languages.
- Offers unparalleled flexibility and ease of use transition from offline simulation to real-time HIL.
- Comprehensive features facilitate a seamless and efficient design experience.
- Empowers users to overcome common obstacles and streamline their workflows painlessly.
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Makedonija
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Super8
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Hardware-in-the-Loop simulation solutions.
Streamlining embedded software design, testing, and lifecycle maintenance with ultra-high fidelity Hardware-in-the-Loop – ensuring your peace of mind.
Best-in-class HIL simulators.
Supporting a range of HIL system setups and testbeds, we offer vertically integrated HIL simulators, a spectrum of plug-and-play HIL interfaces, and a library of HIL Compatible devices. Combine our hardware with our flagship software and our engineering services to outrun and outperform your competitors.