Nowagreen Global Warming Database
Online Building Energy Simulation and Optimization - BESOO page 542Jm, v542Jm.02
actual ambient air temperatures, humidity and solar radiation in Jerusalem 2023-2024
Comfort Heat Index, cooling only , thermostatic control, outside walls layers temprerature, infiltration, ventilation , themal energy for cooling and condense
The outer insulation (layer 2) and the inner insulation (layer 4) is Polystyrene Foam (PS) - 0.0320 W/m,°C thermal conductivity.
If other thermal insulation is applied, the insulation thickness may be corrected to the PS thermal resistant equivalent.
For example, insulation with 10% higher conductivity should be submitted to the following input table with 10% lower thickness.



choose direction of part 2:    


Cool On temperature °C
infiltration - number of changes per hour V/hr
ventilation - number of changes per hour V/hr
activation of ventilation Δ (Troom - Ta) > °C
height between floors (outside) m
room height (inside) m
floor length of outside wall part 1 m
floor length of outside wall part 2 m
outer layer (1) stone and cement thickness m
outer insulation layer (2) Polystyrene Foam thickness m
central layer (3) concrete thickness m
inner insulation layer (4) Polystyrene Foam thickness m
inner plaster layer (5) gypsum plaster thickness m

















This simulation program is based on research "Building Energy Simulation and Optimization - BESO" by Joseph Nowarski and G. L. Esterson, presented at First Joint Conference of International Simulation Societies, 22-25 August 1994, ETH Zurich, Switzerland.


more details in publication:
Online Building Energy Simulation and Optimization BESOO v512
DOI:10.5281/zenodo.16999952

cite this page:
Online Building Energy Simulation and Optimization - BESOO v542Jm.02 - Joseph Nowarski , DOI:10.5281/zenodo.17375074, https://nowagreen.com/BESO/542Jm

(c)     nowarski@gmail.com