Description
Areas of application
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Research and optimization of single- and dual-flow turbochargers
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Development of turbocharging systems for fuel cells
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Investigation of electrically driven compressor systems
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Analysis of hot gas components
Technical setup and operation
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Flexibility: Modular test rig with hot gas generators (HGG), compressor back pressure unit (CBPU), lubricating oil and cooling water conditioning
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Closed-loop operation: Compressor closed-loop unit (CCLU) for varying the operating ranges independently of the compressor
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Reproducibility: Precise conditions for reproducible measurements, supported by state-of-the-art control and measurement technology
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Location: The test rig is installed at the Energy Research Center of Lower Saxony (EFZN) in Goslar and was partially funded by an ERDF project
Measurement technology
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Pressure and temperature measurement technology: Steady and unsteady sensors (type K & Pt100)
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Flow analyses: CTA/CCA probes and L2F/PIV for velocity measurement and flow field analysis
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Blade vibrations: Tip timing and acceleration sensors
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Erosion and deformation studies: Blow-by meters and wave path measurements with eddy current sensors
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Electronics control: Control and evaluation of power electronics
Specifications
Low-Flow Hot Gas Generator | High-Flow Hot Gas Generator | |
| Turbine inlet temperature | 40 - 1050 °C | 40 - 1050 °C |
| Turbine inlet pressure | up to 6 bar (abs.) | up to 6 bar (abs.) |
| Maximum turbine mass flow rate | up to 0.3 kg/s | up to 0,8 kg/s |
