Development of the TRNSYS Simulation Modules for System Air-Conditioner and Its' Verification
Hyun-Seung Ki, Inpyo Hong, Junwon Park, Ki-Nam Kang, Doo-Sam Song
Abstract
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Hyun-Seung Ki, Inpyo Hong, Junwon Park, Ki-Nam Kang, Doo-Sam Song
Abstract
Open-access reader
In these days, importance of HVAC system in office building is steadily growing in terms of thermal comfort and energy savings. As a energy efficient heating and cooling system, system air-conditioner which can be controlled distinctly and has a high COP is more widely adopted nowadays. However, the features and advantages of system air-conditioner were not reported well because system air-conditioner did not describe yet by conventional simulation methods such as TRNSYS, e-Quest, Energyplus, etc. In this study, by using the TRNSYS program which is able to show module implementation and building energy consumption analysis, system air-conditioner module will be proposed and validated through comparison between the simulation results and measurement results.
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In these days, importance of HVAC system in office building is steadily growing in terms of thermal comfort and energy savings. As a energy efficient heating and cooling system, system air-conditioner which can be controlled distinctly and has a high COP is more widely adopted nowadays. However, the features and advantages of system air-conditioner were not reported well because system air-conditioner did not describe yet by conventional simulation methods such as TRNSYS, e-Quest, Energyplus, etc. In this study, by using the TRNSYS program which is able to show module implementation and building energy consumption analysis, system air-conditioner module will be proposed and validated through comparison between the simulation results and measurement results.
Key concepts: TRNSYS, HVAC, Air conditioning, Automotive engineering, Energy consumption, Simulation, Thermal comfort, Engineering