Reference no: EM133712586
ASSIGNMENT - Towards A Net Zero Energy
AIM:
Perform environmental assessments of a multi-storey building design using a computer simulation program
Apply environmentally-responsible principles and technologies and relevant Australian Code and Standards to improve the environmental performance of a multi-storey building
By this stage you would have already finalized, or been close to finalizing, your design in Studio Architecture. The results that you showed in Assignment 2 should have informed you in improving the design so that the building may potentially become a Net Zero Energy Building (NZEB) - once an onsite renewable energy system is applied (but you don't have to show this).
You do not need to model every single floor of the building in detail; rather, you can demonstrate this for just one single floor for the entire building, or one small section of the building consisting of several floors. Add the appropriate materials and user profiles.
Test the performance of the building section in terms of:
The indoor temperatures WITHOUT heating and cooling for a hottest week in summer and a coldest week in winter. See if you can have indoor temperatures in summer that are no higher than 29 degrees and no lower than 15 degrees in winter, indicating a design that can lead to an NZEB as the building might not need any or much heating and cooling.
If the target temperatures are not achieved, demonstrate some changes that can improve the performance of the building so that the indoor temperatures without heating and cooling would be as close as possible to the target temperatures.
OR:
The total energy use for heating, cooling, lighting and appliances. Find out the total energy use and compare it with the following values. What NABERS rating do you think the building might achieve:
6 Stars 50.04 kWh/m2 per year
5 Stars 100.08 kWh/m2 per year
4 Stars 129.62 kWh/m2 per year
If the energy use of your design is higher than 129.62 kWh/m2 per year, demonstrate some changes that can reduce the total energy use so that it will not be more than this amount.
NOTE THAT THIS AMOUNT IS PER YEAR, NOT PER MONTH.
Test also whether you'll have sufficient amount of daylight in relevant rooms where the presence of daylight is essential, e.g. bedroom, living space, office space, gallery (maybe, etc) while avoiding glare.
Use Honeybee and Ladybug simulations or Revit Insight for the energy part.
FORMAT:
No more than 8 pages x A3 sheets (LANDSCAPE orientation only). Please write your name and student, and staple the sheets together.
Briefly explain the building design without repeating what you have presented in Assignments 1 and 2. Clearly but briefly describe the building materials (walls, windows/glazing, roof, floorm ground surface) and assumptions about building usage (number of people, use schedule), as you use in the simulation model.
Include relevant floor plan, elevation, section and axonometric/perspective drawings of the building as well as relevant Rhino/Revit models with relevant visualisation of, for example, solar benefit. Daylight illumination level contour, UDI, etc.
Demonstrate the final performance of your design or parts of the design you tested, in terms of indoor temperatures or heating and cooling loads. You can also show the ‘before' and ‘after' results to demonstrate how the results from Assignment 2 have helped you improve your design.
Add text as necessary to explain your explorations. If your results are far from the target, provide justifications and ideas what you could have done to achieve this goal.