Modelling building energy systems - Integration
Key concepts
- importance;
- integrated energy performance;
- primary energy;
- levels of abstraction;
- when to use which approach;
- energy balance;
- air balance;
- moisture balance;
- integration approaches;
- simultaneous solution techniques;
- problem partitioning;
- thermodynamic integrity;
- importance of realism;
- application examples.
Lecture structure
- different balances
- energy
- dry air
- moisture
- power
- "simultaneous" solution
- advantage of problem partition
- mixed frequency
- dedicated solution
- selective partitioning
- thermodynamic integrity
- integrated approach examples
You can access more information under a variety of topics:
Course material (initial):
TO BE ADDED
Further reading:
Integrated Performance
Appraisal of Daylight-Europe Case Study Buildings
