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Energy and comfort advice for consumers designing their own house

A connection between iBuild and IWCS. Energy and comfort advice for consumers designing their own house. Final Project. TNO Build Environment and Geosciences. Rona Vreenegoor. Building Physics and Systems (TU/e). Jan Hensen (TU/e) Bauke de Vries (TU/e) Peter Bonsma (TNO)

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Energy and comfort advice for consumers designing their own house

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  1. A connection between iBuild and IWCS Energy and comfort advice for consumers designing their own house Final Project TNO Build Environment and Geosciences Rona Vreenegoor Building Physics and Systems (TU/e) Jan Hensen (TU/e) Bauke de Vries (TU/e) Peter Bonsma (TNO) Luc Soethout (TNO)

  2. A connection between iBuild and IWCS Energy and comfort advice for consumers designing their own house Final Project TNO Build Environment and Geosciences Rona Vreenegoor Building Physics and Systems (TU/e) Jan Hensen (TU/e) Bauke de Vries (TU/e) Peter Bonsma (TNO) Luc Soethout (TNO) Introduction Methodology Results Conclusions Discussion

  3. Building performance simulation • Is a powerful technology • Is helpfull if building and systems are treated as a complete entity • Undergoes a rapid change • Is rarely used in early design phase Introduction Methodology Results Conclusions Discussion

  4. Consumer design support (early phase; computational) wish TNO | European Design Centre | Willems Van Den Brink Architecten Introduction Methodology Results Conclusions Discussion

  5. Research objectives IWCS Integrated home comfort scan Introduction Methodology Results Conclusions Discussion

  6. iBuild software IFC Express model Introduction Methodology Results Conclusions Discussion

  7. IWCS software IWCS Express model Introduction Methodology Results Conclusions Discussion

  8. Solve 3 subproblems Update IWCS calculations Support consumers Change IWCS Express schema Connection and implementation Introduction Methodology Results Conclusions Discussion

  9. Update IWCS calculations Support consumers Change IWCS Express schema Connection and implementation Introduction Methodology Results Conclusions Discussion

  10. Connection implementation D A B C IFC Express model New IWCS Express model Introduction Methodology Results Conclusions Discussion

  11. D A B C IFC Express model New IWCS Express model Introduction Methodology Results Conclusions Discussion

  12. Step A in action

  13. D A B C IFC Express model New IWCS Express model Introduction Methodology Results Conclusions Discussion

  14. Step B in action Database Basishuis.ifc Basishuis.iwcs Express-X mapping

  15. D A B C IFC Express model New IWCS Express model Introduction Methodology Results Conclusions Discussion

  16. Step C and D in action

  17. Conclusions up to now • Connection works! • The first simple calculations are possible • Connection works for any 3D (IFC) design Introduction Methodology Results Conclusions Discussion

  18. Future work? Support consumers • When should (Energy and Comfort) scores be available? • Are the changes in the design actually noticeable in the scores? • Advice possible without interaction between prototype and consumer? Support architects • Call for intermediate testing? • Are architects experienced enough to enrich the IFC model? Introduction Methodology Results Conclusions Discussion

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