1 / 24

Timber Research Centre

16394 & 16469 Group A. Timber Research Centre. Michael Anderson– Mohamed Farid Pablo Prallong – Lewis Macleod Ross Turbet. Final Presentation. 26/03/2005. 3 rd Presentation Agenda. Quick review CHP system Forms and Fabric Matching techniques Future plans. Review of the building.

jholiday
Télécharger la présentation

Timber Research Centre

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. 16394 & 16469 Group A Timber Research Centre Michael Anderson– Mohamed Farid Pablo Prallong – Lewis Macleod Ross Turbet Final Presentation 26/03/2005

  2. 3rd Presentation Agenda • Quick review • CHP system • Forms and Fabric • Matching techniques • Future plans

  3. Review of the building • Timber Research Centre • Up to 80 occupants • Situated in Glasgow centre • Typical of offices (loads) across the United Kingdom (weather)

  4. Demand Side Management Strategies • Peak Clipping • Valley Filling • Load Shifting

  5. CHP introduction Winter Power kW Time hrs Time hrs Summer Power kW Time hrs Time hrs

  6. CHP introduction continued • The main effect of introducing CHP into the system has been peak clipping. The combined heat and power system provides levels which allow for an easier matching with the renewables.

  7. Design changes External walls

  8. U-Value • External wall properties

  9. Daylight • Utilising as much daylight as possible

  10. Daylight • Careful to avoid glare & unwanted heat gains

  11. Heating control • Continuous heating…

  12. Seasonal Demands • Typical winter

  13. Seasonal Demands • Typical spring

  14. Seasonal Demands • Typical summer

  15. Data Analysis • Mean Values • Standard Deviation • Maximum & minimum values • How are they important for analysis?

  16. Electrical Demand kW Unmet Load kW

  17. Winter Max = 110 kW Electrical Demands Mean = 30 kW/year Autumn Max = 75 kW Summer Max = 62 kW

  18. Wind Power Mean = 20 kW

  19. Unmet Load Mean = 8kW

  20. Typical Electrical Demand Winter 100 Spring 40 Summer

  21. Future plans • Website Development • Further Design Changes • Heating control • Lighting control

  22. Domotic System

  23. Gantt Chart

  24. Thank you for your attention Any Questions?

More Related