No spatial autocorrelation was observed in the mortality rate ratio models (Table 4) and two of the air conditioning (AC) access models (Table 6).
To utilize geothermal energy from hot springs, an organic Rankine cycle/vapor compression cycle (ORC/VCC) system was employed for air conditioning and a thermodynamic model was developed.
Storing heat may be the last thing you think of when turning on an air conditioning unit, but one model takes advantage of the sweltering weather to heat water while cooling the air.
Likewise, critics found the omission of standard air conditioning for the Omega model unforgivable, given both the overall hot Australian climate, and the cost of the car.
Given the high collinearity of many sociodemo-graphic, built environment and biophysical predictors, the majority of the mortality rate ratio models have only one independent variable, while the air conditioning and surface temperature models include multiple predictors.
Parallel flow condenser (PFC), which is widely used in automobile air conditioning (AAC) industries, was modeled and optimized in this paper.
In this paper, we propose a design method of distributed temperature regulators for an air conditioning system, which is modeled as a network system composed of second-order subsystems representing the dynamics of air conditioners and thermal diffusion among areas.
Equipment levels are generous too, with even the entry-level "1" model getting air conditioning, and USB and Bluetooth connectivity.
A description and validation of component and system model of air conditioning unit is also given so that the numerical discussion and analysis is more trustable and more valuable.
In this study, a membrane liquid desiccant air conditioning (M-LDAC) system is modeled using the TRNSYS building energy simulation software.
