Progress of Sanne Hettinga

Transcript

1. BIM, GIS and insulation; Sustainable energy, proces, visualization and gaming Sanne Hettiga, PhD candiate, VU Amsterdam
2. Outline — Overview of PhD progress — Cooperation with Den Haag on insulation, GIS and BIM — Cooperation on sustainable energy planning — Demo by Sanne — Infrastructure by Steven Fruijtier – Geodan — Cooperation on serious gaming and energy planning — Game interface by Steven Fruijtier – Geodan — Game dynamics by Sanne — Future research topics — Plan compiling from Minecraft results — Perceived added value of 3D in flood crisis management
3. PhD overview BIM and insulation PICO Minecraft Flood crisis Plan compiling
4. GIS, BIM and insulation
5. What is the insulation challenge? Bron: https://nl.wikipedia.org/wiki/Rijtjeshuis#/media/File:Oudorperstraat_2_tm_18a.J PG Bron: www.energystar.org
6. How do we do it today? — Average gas consumption is 1440 m3 — Energy Agreement (2013-2023) — Social housing label B by 2023 — Privately owned housing label C by 2023 — Need to insulate smart and efficient — Make specific plan for individual houses and optimize solutions
7. What can GIS and BIM contribute GIS BIM — Building geometry — Volume — Etc. — Weather conditions — LOD4 — Unheated inner spaces — Building materials Bron: www.lont.nl Bron: www. 3d.bk.tudelft.nl
8. PICO renewable energy proces
9. Wat is it? 1. Energy system & context Presenting information giving insight in the area Evaluating the issues and possibilities Collaboration Designing interventions & identifying scenarios Impact analysis of designs Review impact Collaboration to reach decision 2. Processes 3. Issues & possibilities 4. Scenarios 5. Impact 6. Decision making Presenting information raising awareness A Step Interaction Tools
10. Minecraft renewable energy gaming
11. Game rules — 3 technologies — Wind — Solar panels — Insulation — 3 indicators — Investment cost — Energy generated/saved — CO2 emissions avoided — 1 score — 28 groups of 3 students battling for the best plan
12. Game flow a ( b c d e f
13. Game winner result
14. Demo of further development — In game scoring — Different separate models — Integrating better models — More advanced game mechanics
15. Future research topics
16. 3D flood modelling for crisis management — Perceived added value analysis — Psychological added value — 3D viewer, using 3D flood data, 3D flood model — Case study — Ask subjects using questionnaires — Do they have better comprehension of the situation? — Can they plan mitigation better? — Can they train more efficient? — Etc.
17. Minecraft plan compiling — Currently I have 28 plans — I can select best plan — Best financial — Best economic — Etc. — However I want to compile 1 best plan from all plans — Using genetic algorithms — Finding the proper grid size — Using this methodology local government can summarize large public input in a coherent plan