Building Thermal Analysis ReportContentsIntroductionBuilding LocationTask OneMaximum Heating LoadsPeak temperature differences.Total Energy ConsumptionTask 2Daylighting LevelsTask 3Task 4Solar Controls ResultsTask 5Night PurgeThermal MassConclusionEffects on the boilerTask 6TM52TM52 Results & OutcomeTask 7Steady StateIntermittent LoadPeak Summer Time Temperature Results without Mechanical CoolingCIBSE Sensible & Latent Cooling LoadsComparison between BSRIA Rule of Thumb & My ResultsConclusionBibliographyAppendicesAppendix OneAppendix TwoAppendix ThreeAppendix FourAppendix FiveAppendix SixAppendix SevenAppendix EightAppendix NineAppendix TenAppendix ElevenAppendix TwelveAppendix Thirteen  IntroductionWithin this report I will create and produce an accurate thermal analysis model using the software IES VE, this is a requirement on behalf of the client. This client brief can be found in Appendix One, when constructing the model based off the brief. it was critical to include the construction data this would be the fundamentals of constraints the model has been based around, this data & guidance can be found in Appendix Two.Building LocationWhen looking at the building thermal analysis, I have been assigned a location for were my building shall be situated, from having this I was then able to assign a weather location for my IES model using the database manager tool.My Location;NorwichTurnpike CloseNR6 5BDTask OneWithin task one the aim of this is to rotate the angle of the building by 45 degrees and see what effect this would have on the two selected rooms With regards to looking at the annual heating energy consumption and the peak summer time temperature. The first room I selected was R013 Student Study Hub, thus being one of the larger rooms then I can assume that this will be one of the worst cases. I also selected R106 Staff Room which is on the complete opposite side, even though these rooms are going to be used for different functions it will give a better difference in results.Maximum Heating LoadsR013 – Study HubR106 – Staff RoomWhen making a comparison with both rooms it is clear to see that the building being south facing is going to be the most efficient orientation, this will be due to the fact that the sun has the most impact on a building which is south facing therefore needing less heating to bring the rooms up to temperature.Peak temperature differences.R013 – Study HallR106 – Staff RoomWith regards to the study hall it is interesting to see that the biggest temperature difference in summer is also south facing, as opposed to the staff room which would be north facing. I feel this has a lot to do with the area being a larger space thus allowing a lot more heat dispersion.