In high-pressure heat pump systems, vapor injection compressors improve system COP and reduce costs. These systems use a two-stage throttling process, and optimization can involve compressor matching, design changes, and expansion control strategies. Effective optimization requires simulation to consider economic constraints and dynamic interactions. This webinar explores a holistic optimization approach using GT-SUITE, integrating a detailed 1D scroll compressor model with a transient system model, and compares it to empirical models to demonstrate its benefits.

Topics include: 

• Vapor injection compressor systems are used in heat pump systems to increase COP and lower operating expenditure
• To maximize COP, heat pump systems offer multiple optimization opportunities through various strategies such as compressor matching and expansion control.
• Simulation tools like GT-SUITE can be used to explore the design space and optimize system performance
• It is important to consider dynamic system and compressor interactions for better performance, which can be achieved through a holistic system optimization methodology
• Integrating a detailed 1D scroll compressor model with a transient system model demonstrates the capability of simulation methodology for optimizing vapor injection heat pump systems

Presenter:

Nils Framke |Senior Applications Engineering Manager, Thermal Fluid Systems | Hydraulics Lead at Gamma Technologies GmbH

Please note that this event will be held twice. Check the timings below: 

Session I: 2:30 PM IST (India) | 11 AM CET (Germany)

Session II: 12PM CDT (Chicago) | 1PM EDT (New York)

 

>>>>>Register for the webinar<<<<<