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Typhoon HIL
- | Test simulation
- | Automated test equipment (ATE)
- | Battery Technology
- | Electric & Hybrid Powertrain Testing
- | Electrical systems testing
- | Software test and development
- | Vehicle communication/diagnostics
- | Vehicle simulation
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Typhoon HIL is a market leader in ultra‑high‑fidelity Hardware‑in‑the‑Loop (HIL) solutions, supporting innovation across e‑Mobility power electronics and control systems. Our vertically integrated hardware and software solutions enable customers to design, test, and validate electric powertrain applications—accelerating time to market, reducing development risk, and improving product quality.
At the core of our technology is HILCore, an FPGA‑based real‑time solver delivering nanosecond‑level time resolution for accurate simulation of fast‑switching power electronics. Paired with Typhoon HIL Control Center (THCC), our unified software platform supports the full development workflow, from offline simulation and rapid control prototyping to controller and power‑hardware‑in‑the‑loop testing and test automation.
With a global presence and an extensive partner network, Typhoon HIL empowers e‑Mobility teams to develop reliable, scalable, and sustainable electric propulsion and charging solutions with confidence.
Address
Typhoon HIL GmbHSeminarstrasse 85
Wettingen
Aargau
CH-5430
Switzerland
Contact Exhibitor
Products
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Typhoon’s e-Drive HIL Testbed offers the complete validation solution of your e-Drive ECU according to the requirements outlined in ISO26262. -
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Discover our BMS HIL Testbed, featuring a combination of battery emulation hardware and real-time simulation software designed to help you seamlessly validate next-gen battery management systems for e ... -
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Typhoon HIL’s ultra-high-fidelity real-time simulation platform provides a seamless solution to these challenges, enabling comprehensive testing and validation of OBC designs with unparalleled precisi ...
News
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Typhoon HIL's e-Drive HIL Testbed is a fully integrated, turnkey validation solution for e-drive ECUs, designed in accordance with ISO 26262. At its core is the HIL606 simulator, capable of time steps ...
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