Optimisation of the simulation of advanced control strategies for adaptive building skins
2018
Adaptive building skins dynamically adapt to
environmental changes, often supported by a control
system. Whereas building performance simulation (BPS)
tools can be employed to predict the performance of
adaptive building skins, the associated control strategies
within currently available BPS tools are approximated,
which limits tool capability regarding properly capturing
the influence of the control strategy on adaptive building
skins. This study aims to assess this through the use of a
co-simulation modelling framework demonstrated
through a case study with automated motorised blinds
with two distinct control strategies. Simulation results
suggest that the cooling rate was 12.1 % higher when the
blind position depended only on solar gains, but not on
solar gains and sun tracking. The results of this study
imply that the modelling framework predicted the
performance of the case study more accurately than what
would be expected for currently available BPS tools,
which can increase the credibility of building
performance simulations.
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