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--- planning:calculating_energy_efficiency [2020/08/03 14:49] – [See also] wfeist
+++ planning:calculating_energy_efficiency [2020/08/05 12:48] (current) – [Precise model: dynamic simulation] wfeist
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 As the comparison of the simulation and measurement results shows, such a model can provide accurate results ([AkkP 5] (see Figure 1), but this requires a lot of effort and in addition, not all required data are of equal importance. Even so, inappropriate values for "unimportant" data can lead to incorrect results.  \\
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-|{{ :picopen:simulation_dynbil_mit_logo.png }}|
+|{{ :picopen:meassim_wall.png }}|
-|//**Figure 1: \\ Comparison between measurement and simulation results in \\ the Darmstadt Kranichstein Passive House project.**\\ \\ Simulation programme used: DYNBIL; see [[planning:calculating energy efficiency:Dynamic simulation]]; \\ Published in [AkkP 5]//|\\
+|//**Figure 1: \\ Comparison between measurement and simulation results in the Darmstadt Kranichstein Passive House project. Note that there are deviations - mainly due to limited resources in the accuracy and number of sensors used during the monitoring. (longwave radiation could only be measured on the horizontal plane)**\\ \\ Simulation programme used: DYNBIL; see [[planning:calculating energy efficiency:Dynamic simulation]]; \\ Published in [AkkP 5]//|\\
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 [[planning:calculating_energy_efficiency:phpp_-_the_passive_house_planning_package:calculations in hot and humid climates|PHPP calculations in hot and humid climates]] \\
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 [[:a_simplified_method_for_determining_thermal_comfort_in_summer_for_buildings_without_active_cooling|PHPP assessment of thermal comfort during summer in buildings without active cooling]]