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A Dynamic Model of a Gas Engine-Driven Heat Pump in Cooling Mode for Real-Time Simulation
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Type
Academic journal
Author
Journal
The Society Of Air-Conditioning And Refrigerating Engineers Of Korea International Journal of Air-Conditioning and Refrigeration Vol.14 No.3 KCI Candidated Journals SCOPUS
Published
2006.9
Pages
85 - 93 (9page)

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A Dynamic Model of a Gas Engine-Driven Heat Pump in Cooling Mode for Real-Time Simulation
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Abstract· Keywords

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The present study has been conducted to simulate dynamics of a gas engine-driven heat pump (GHP) for the design of control algorithm. The dynamic model of a GHP was based on conservation laws of mass and energy. For the control of refrigerant pressures, actuators such as an engine throttle valve, outdoor fans, coolant three-way valves and liquid injection valves were controlled by P or PI algorithm. The simulation results were found to be realistic enough to be applied for the control algorithm design. The model could be applied to build a virtual real-time GHP system so that it interfaces with a real controller for the purpose of developing control algorithm.
#GHP(gas engine-driven heat pump) #Automatic control #Heat pump #Real-time simulator #PID control #Compressor #Unloading

Contents

ABSTRACT
1. Introduction
2. Outline of GHP system for control
3. Dynamic model
4. GHP control algorithm
5. Simulation result
6. Conclusions
Acknowledgement
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