Our engine test systems are designed as highly adaptable development platforms, offering precision in testing and measurement with excellent reproducibility for internal combustion engines and their hybrid counterparts. These systems incorporate battery emulators for realistic electric power simulation, along with specialized fuel supply systems for multi-fuel testing, ensuring comprehensive engine development capabilities.
Our commitment to enhancing testbed efficiency is reflected in the continuous improvements driven by our in-house engineers. The collaboration between our Powertrain Engineering and Test System Development teams ensures a seamless integration of our product offerings, where SYAT's hybrid and engine test systems are pivotal. We support the entire development lifecycle, from concept to production, with a consistent methodology across all development phases.
Moreover, our global engineering support offers hands-on expertise, guiding customers through complex development challenges. Before deployment, our systems undergo rigorous in-house integration testing to guarantee a 'right-first-time' delivery, minimizing downtime and ensuring immediate productivity.
Our solutions help meet fast market entry while ensuring top-tier performance.
Including reliability, environmental testing in extreme conditions, long-term mileage accumulation, cold start capabilities, and production tolerance monitoring.
By leveraging our system, you can produce reliable, high-performance electric motors, bypassing the need for extensive road testing, thus reducing costs and maintenance.
Tailored for high-speed and high-torque applications, adaptable to various Units Under Test (UUTs)
Precise measurement of non-propulsive forces to accelerate e-motor development.
From environmental extremes to production consistency checks, ensuring your motors excel in any condition.
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