Summary A new empirical validation methodology for dynamic thermal models has been devised and illustrated using the three models ESP, SERIRES and HTB2, and a simple data set collected from the Polytechnic of Central London test cells. The method hinges on making an initial base case prediction and then taking account of the errors and uncertainties in a systematic way. The method proved capable of revealing internal errors in thermal models. The relationship of this method to other validation techniques is discussed
© 2013 ASHRAE. The energy performance of a building is, apart frominstalled systems and building usa...
AbstractAs simulation programs become more widely used for building performance assessment and build...
As simulation programs become more widely used for building performance assessment and building regu...
A new empirical validation methodology for dynamic thermal models has been devised and illustrated u...
A new empirical validation methodology for dynamic thermal models has been devised and illustrated u...
A new empirical validation methodology for dynamic thermal models has been devised and illustrated u...
A methodology for the validation of dynamic thermal models of buildings has been presented. The thre...
A new method for determining the causes of discrepancies between dynamic simulation models and measu...
SIGLEAvailable from British Library Document Supply Centre- DSC:3926.78818(SERC-GR-C--62871) / BLDSC...
A large-scale study for validating building energy simulation programs against measured data was und...
As part of the SERC/BRE sponsored exercise to develop tools for validating dynamic thermal models, L...
Empirical validation of building simulation results is a complex and time-consuming process. A well-...
This paper describes an empirical validation study undertaken on two identical full‐size buildings w...
Validation of simulation models appears from a long time as a key issue in order to promote a more ...
This paper describes an empirical validation study undertaken on two identical full-size buildings w...
© 2013 ASHRAE. The energy performance of a building is, apart frominstalled systems and building usa...
AbstractAs simulation programs become more widely used for building performance assessment and build...
As simulation programs become more widely used for building performance assessment and building regu...
A new empirical validation methodology for dynamic thermal models has been devised and illustrated u...
A new empirical validation methodology for dynamic thermal models has been devised and illustrated u...
A new empirical validation methodology for dynamic thermal models has been devised and illustrated u...
A methodology for the validation of dynamic thermal models of buildings has been presented. The thre...
A new method for determining the causes of discrepancies between dynamic simulation models and measu...
SIGLEAvailable from British Library Document Supply Centre- DSC:3926.78818(SERC-GR-C--62871) / BLDSC...
A large-scale study for validating building energy simulation programs against measured data was und...
As part of the SERC/BRE sponsored exercise to develop tools for validating dynamic thermal models, L...
Empirical validation of building simulation results is a complex and time-consuming process. A well-...
This paper describes an empirical validation study undertaken on two identical full‐size buildings w...
Validation of simulation models appears from a long time as a key issue in order to promote a more ...
This paper describes an empirical validation study undertaken on two identical full-size buildings w...
© 2013 ASHRAE. The energy performance of a building is, apart frominstalled systems and building usa...
AbstractAs simulation programs become more widely used for building performance assessment and build...
As simulation programs become more widely used for building performance assessment and building regu...