Czech

Not applicable.

Institute of Building Structures (PST)

Received knowledge enables students to use current simulation software for computer simulation and integrated methods for complex evaluation of indoor climate quality and energy evaluation of buildings.

Knowledge of numerical methods, building physics, basic knowledge in building climatology and technical meteorology. Survey knowledge about building construction systems and building services (HVAC systems). Knowledge of passive and active solar systems and technologies enable use of renewable energy in buildings.

Not applicable.

Not applicable.

Requirements for successful completion of the subject are specified by guarantor’s regulation updated for every academic year.

1. Overview of building performance simulation. Classes of modelling method.
2. Introduction of modelling energy flowpast and heat transfer in multi zone building models.
3. Introduction in control volume methods for multi-zone moddeling.
4. Analytical formulations for dynamic building energy modelling-time and frequency domain response function methods.
5. Formulations of the numerical method by deriving conservation equations for characteristic control volumes.
6. Demonstration of conservation equation-set formulation for a simple building example.
7. Derivation of the complementary approaches to the modelling of inter- and intra-room air movement and moisture flow within the building fabric.
8. Application of the theory of numerical methods from lecture 5 to heating, ventilating and air conditioning (HVAC), renewable energy conservation and control system.
9. Introduction in models for the technical sub-systems for the parameters of the conservation equations and non-stationary boundary conditions.
10. Classification of boundary conditions: weather, non-ortogonal gemetry, shading and insulation, short wave and longwave radiation exchange, surface convection.
11. Examples of simulation in the real-time and real scale context of design practice.
12. Methods of validation of building models for energy simulation in buildings.
13. Analysis of simulation results for evaluation of indoor climate and energy efficiency of buildings.

Not applicable.

Aim of the subject is acquainted students with the control volume method and other numerical methods determined for analysis of non-stationary phenomenas in building constructions and indoor climate of buildings.
Received knowledge enable students to use evailable simulation software for simulation in buildings for the evaluation and classification of quality of indoor climate, energy efficiency of buildings and operation of building services (HVAC systems) with use of integrated simulation and zone modelling.

Extent and forms are specified by guarantor’s regulation updated for every academic year.

Not applicable.

Not applicable.

Not applicable.

Not applicable.