Members Profile

Typhoon HIL, Inc.

Tool Vendor

Typhoon HIL is a pure play HIL solution provider and market and technology leader in the field of ultra-high-fidelity Controller Hardware in the Loop (C-HIL) simulation for, electric vehicles, E-Mobility, electric vehicle stationary equipment (EVSE), power electronics converters, drives, automotive, aerospace, as well as terrestrial and marine microgrids and distribution networks. Typhoon’s offering encompasses software, hardware (real-time devices, interfaces accessories), and engineering services for C-HIL, but also XIL and Power HIL (P-HIL) applications.

Our HIL solution simulates electric drives, DC/DC converters, chargers, power converters, and other E-Mobility systems with time steps as low as 200 ns and at 3.5 ns digital oversampling, supports the ASAM XIL standard, and can also be integrated with existing hardware setups from dSPACE, ETAS, NI, and many other. Our HIL solutions can also seamlessly interface with other test automation solutions (e.g. ECUTest, AutomationDesk), import models directly from: Matlab-Simulink, JMAG finite element analysis software for electric motor design, and we support the FMI/FMU model standard.

The company was founded in 2008 and the company’s model-based engineering tools offer a unique user experience of an integrated solution free of third-party software dependencies and hardware complexities. We stand behind our seamlessly integrated technology stack, from application specific FPGA processors and ultra-robust numerical solver all the way to the Schematic Editor, SCADA system, and TyphoonTest IDE test automation and data analysis capabilities. We believe this is the complete technology stack that empowers our customers to continuously exceed their controller software quality, performance, and time-to-market goals.

For more information, please visit our website www.typhoon-hil.com
and our learning platform hil.academy

ASAM related products

Typhoon HIL Control Center (THCC)
Type
Hardware-in-the-loop (HIL) simulation software
Functionalities
THCC is a freemium Python-based vertically-integrated model-based engineering toolchain created for C-HIL simulation and testing. Its main parts are the Schematic Editor, HIL SCADA, and TyphoonTest IDE. These tools together enable the drawing of models, parametrization of components, definition of inputs and mapping of interfaces, interactions with your model, as well as writing scripts for test automation and data analyses. It can also seamlessly interface with many other software solutions, including Matlab Simulink, JMAG-RT, Xyce, ECUTest, AutomationDesk, etc. The toolchain can be downloaded for free at https://www.typhoon-hil.com/products/software-download. Additional features can be explored at https://www.typhoon-hil.com/products/additional-software-features.
Supported ASAM Standards
ASAM XIL-MA
HIL404
Type
Hardware-in-the-loop (HIL) simulator
Functionalities
The HIL404 real-time simulator is Typhoon’s first 4th generation device. It’s tailored for automotive drives with the most detailed inverter models, spatial-harmonic electric motor models, CAN connectivity, and plug and play interface towards 3rd party test automation tools. It can go down to 200 ns time-step, 200ns Analog Output update rate, 3.5ns GDS oversampling on all Digital Inputs, with paralleling capability for up to 4 units. With 4 processing cores, it can support real-time emulation of non-linear machines with spatial harmonics and semiconductor power losses, and offers the most accurate Dual-Active Bridge (DAB) converter model and JMAG-RT FEM electric machine model import. Broad range of connectivity options is also supported, including USB3.0, Ethernet, Gb/s serial link, JTAG, and General Purpose IO (GPIO). For more details, read the HIL404 brochure: https://typhoon-hil.com/doc/brochures/Typhoon-HIL404-Brochure.pdf.
Supported ASAM Standards
ASAM XIL-MA
HIL604
Type
Hardware-in-the-loop (HIL) simulator
Functionalities
The HIL604 real-time simulator, with its 8 FPGA cores and paralleling of up to 16 units, offers unprecedented simulation power. Coupled with a high number of analog and digital I/Os and numerous connectivity options, it can be easily interfaced with other components of the system. With this device, you can test your controller with high fidelity 20 ns PWM sampling resolution and it is the optimal device for those in need of testbeds that can handle large and complex systems. For more details, read the HIL604 brochure: https://www.typhoon-hil.com/doc/products/Typhoon-HIL604-brochure.pdf
Supported ASAM Standards
ASAM XIL-MA
TyphoonTest
Functionalities
TyphoonTest is a suite of tools for all your test automation needs. With it, you will be able to leverage the greatest field-proven, battle-tested open-source tools in an integrated solution tailored specially for power engineers testing power equipment in the most diverse application fields, including automotive applications. The TyphoonTest library is supported by TyphoonTest IDE and intuitive GUI for coding less and doing more. Being Python-based, it contains no proprietary formats that would limit you, but instead, it offers complete flexibility, freedom, and support in your work. For more details, visit the TyphoonTest page: https://www.typhoon-hil.com/products/typhoon-test-ide.
Supported ASAM Standards
ASAM XIL-MA

Keywords

hardware-in-the-loop (HIL) simulation, model-in-the-loop (MIL), software-in-the-loop (SIL), rapid control prototyping (RCP), test automation, data measurement and analysis, engineering, testbed, signal conditioning, control design, embedded software testing, data acquisition (DAQ), data logger, data processing, data management, electronic control unit (ECU), software design and development, test system, simulation, validation, diagnostics, cloud testing, production code generation, software development tools, Virtual HIL, real-time, emulation, HIL404, HIL402, HIL604, HIL602+, Typhoon HIL Control Center, Schematic Editor, HIL SCADA, TyphoonTest IDE, TyTest, Python, automotive, e-mobility, charging stations, electric vehicle (EV) testing, calibration, engineering services, USB, Ethernet, JTAG, General Purpose IO (GPIO), MODBUS, CAN, FPGA processors, measurement, automotive test solutions, Finite element method (FEM), Finite element analysis (FEA), thermal modeling, loss modeling, electrical engineering, power engineering, power systems

CONTACT INFORMATION
Address
15 Ward Street
02143 Somerville
Massachusetts
USA
OFFICES
RS
CH
CA
BR
DE