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--- planning:calculating_energy_efficiency:dynamic_simulation [2020/08/07 23:15] – [Dynamic Simulation using DYNBIL] wfeist
+++ planning:calculating_energy_efficiency:dynamic_simulation [2020/08/07 23:18] – [Dynamic Simulation using DYNBIL] wfeist
@@ Line 17: / Line 17: @@
 |Fig. 2 Several zones will be connected to a building model with air flows between the zones as well as components connecting the different zones.|
-Dynbil has been validated with the detailed measurements in the first Passive House (located in Darmstadt Kranichstein; see [[planning:calculating_energy_efficiency:background:energy_balances#Precise model: dynamic simulation|validation diagramme]]). It had been possible to predict the energy consumptions, as well as to test several variations of the model itself. DYNBIL is also the basis for the development of stationary tools.
+Dynbil has been validated with the detailed measurements in the first Passive House (located in Darmstadt Kranichstein; see [[planning:calculating_energy_efficiency#precise_modeldynamic_simulation|validation diagramme]]). It had been possible to predict the energy consumptions, as well as to test several variations of the model itself. DYNBIL is also the basis for the development of stationary tools.
 ==== General Considerations on Models used for Simulation ====