Standard EnergyPlus Conditions[LINK]
Standard Temperature and Pressure[LINK]
Several objects specify inputs at “standard temperature and pressure”. Standard Temperature is dry air at 20o C drybulb. The program uses local barometric pressure to account for altitude using the equation for “standard atmospheric” pressure on p 6.1 of the ASHRAE 1997 HOF (SI edition) to initialize the air systems being simulated.
Stdpressure=101325⋅(1.0−Z⋅2.25577−5)5.2559
where
StdPressure = pressure {Pa}
Z = altitude/elevation {m}
Standard EnergyPlus Conditions[LINK]
Standard Temperature and Pressure[LINK]
Several objects specify inputs at “standard temperature and pressure”. Standard Temperature is dry air at 20o C drybulb. The program uses local barometric pressure to account for altitude using the equation for “standard atmospheric” pressure on p 6.1 of the ASHRAE 1997 HOF (SI edition) to initialize the air systems being simulated.
Stdpressure=101325⋅(1.0−Z⋅2.25577−5)5.2559
where
StdPressure = pressure {Pa}
Z = altitude/elevation {m}
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