In [1]:
import pint
import HRHX_integral_model
import ammonia1
import libr3
# Needs update for python 3
#import ejector
import adsorption
from IPython import display
In [2]:
import CoolProp
import pint
ur = pint.UnitRegistry()
c = CoolProp.CoolProp.PropsSI('C','T',353,'P',101325,'Air') * ur.joule / (ur.kilogram * ur.delta_degC)
rho = CoolProp.CoolProp.PropsSI('D','T',353,'P',101325,'Air') * ur.kilogram / ur.m**3
# Given data
volume = 77. * ur.cu_ft / ur.min
DeltaT = 80 * ur.delta_degF
mass = volume * rho
Q = mass * c * DeltaT
In [3]:
c
Out[3]:
1009.4471135308875 joule/(delta_degC kilogram)
In [4]:
rho
Out[4]:
0.9999408230322755 kilogram/meter3
In [5]:
mass.to_base_units()
Out[5]:
0.03633780263816672 kilogram/second
In [6]:
Q.to(ur.watt)
Out[6]:
1630.2706660067763 watt
In [7]:
spec = adsorption.AdsorptionChillerSpec()
ctrl = adsorption.AdsorptionChillerControl()
In [8]:
spec
Out[8]:
<adsorption.AdsorptionChillerSpec at 0x8893090>
In [ ]:
adsorption.AdsorptionChiller(spec=)