|Course Unit Code||229-0154/07|
|Number of ECTS Credits Allocated||5 ECTS credits|
|Type of Course Unit *||Choice-compulsory|
|Level of Course Unit *||Second Cycle|
|Year of Study *||First Year|
|Semester when the Course Unit is delivered||Winter Semester|
|Mode of Delivery||Face-to-face|
|Language of Instruction||Czech, English|
|Prerequisites and Co-Requisites ||There are no prerequisites or co-requisites for this course unit|
|Name of Lecturer(s)||Personal ID||Name|
|GAL04||Ing. Zdeněk Galda, Ph.D.|
|CHU0019||Ing. Blanka Chudíková|
|The subject provides more comprehensive information on the climate of cities, settlements and buildings, hydraulice Pipeline. It also deals with the calculation of internal sewerage, internal gas pipeline, design of installation units, heat sharing, indoor climate of buildings, home heating sources, air conditioning, ventilation and air conditioning. The course deepens the knowledge about energy performance of buildings and introduces new technologies (use of non-traditional energy sources).|
|Learning Outcomes of the Course Unit|
|Students will acquire knowledge and skills throughout the field of technical building equipment. Gets clear information about how the internal wiring installation in buildings - water, sewer, gas and plumbing units (health technology).
1. Introductory lecture. Recommended literature.
2. Climate of cities, settlements and buildings.
3. Pipe hydraulics.
4. Water supply. Water connection. Internal water supply.
5. Fire water mains.
6. Sewerage. Sewer connection. Internal drains.
7. Typology of hygienic devices.
8. Gas pipeline. Gas pipelines. Internal gas pipeline.
9. Installation units.
10.Ventilation and air conditioning.
12. Air conditioning.
14.Ecology and energy savings. Unusual energy sources. Hysolar technology.
1. Recommended literature and standards.
2. Determination of the environment. Space layout of technical equipment networks.
3. Water supply. Water connection. Water fittings.
4. Water supply. Internal water supply. Calculation of internal water supply.
5. Water supply.
6. Sewerage. Sewer connection. Furnishing items.
7. Sewerage. Internal drainage system. Principles of Design and Calculation of Internal Sewerage.
8. Gas pipeline. Gas connection. Gas appliances.
9. Gas pipeline. Internal pipeline - design principles.
10.Gas pipeline. Internal pipeline - Dimensioning of the internal gas pipeline.
11.Ventilation and air conditioning. Types of fans.
12.Ventilation and air conditioning. Calculation of air exchange in hygienic equipment according to hygienic regulations.
13.Ventilation and air conditioning. Ventilation systems.
14.Ventilation and air conditioning. Design of a small air-conditioning system.
15. Evaluation of the project.
1st Technical report of the building with the sign and a description of each room.
B. The water supply project
3rd Technical report of the project of water supply and water connections. Determination
consumption of water by n.9/73, description of fixtures and so on.
4th Floor plan of typical floor (1.NP) - riser and connecting pipes, electrical.
5th Ground floor (1st floor) - horizontal distribution of cold and hot water connections
6th Vertical section of water pipe connecting the riser.
C. Sewerage Project
7th Technical Report project, drainage systems and sewers.
8th Floor plan of typical floor (1.NP) - waste, and vent pipe connection.
9th Ground floor (1st floor or foundation)
10th Vertical section of exhaust pipe ventilation sewerage and vertical
section of storm sewer.
11th Longitudinal section of the main branches of a down pipe sewage system.
D. Gas Pipeline Project
12th Technical report of the project pipeline and the internal gas connections.
13th Typical Ground Floor - gas pipes and connecting pipes.
14th Ground floor (1st floor or 1.NP) - horizontal distribution, connection of gas, HUP.
15th Isometry gas.
|Recommended or Required Reading|
G.J. Blower: Plumbing Mechanical Services, Essex/2006
|Houšková M.,Jelínek V.: TZB I – zdravotní technik, ČVUT Praha/1996
M.Vandas a kol.: Technická zařízení budov, Verglas Praha/2001
J.Cihlář: TZB, VUT Brno/2003
J.Šoch: TZB, VŠB/2001
J.Valášek: Zdravotnotechnické inštalácie, Alfa Bratislava/1990
Česká společnost pro tech.pr. < www.tzbinfo.cz >
Technická pravidla GAS, Odběrná plynová zařízení, GAS Praha/2016
Časopis Topenářství a instalace, 6x ročně
Časopis Instalatér, 6x ročně
David V. Chadderton: Building Servicces Engineering, London/2007
F. Hall, R. Greeno: Building Services Handbook, Oxford/2011
|John Canivan: How to Build a Solar Hot Water System, Sunny Future Press, Wantagh, Ny 2004|
|Planned learning activities and teaching methods|
|Assesment methods and criteria|
|Task Title||Task Type||Maximum Number of Points|
(Act. for Subtasks)
|Minimum Number of Points for Task Passing|
|Credit and Examination||Credit and Examination||100 (100)||51|
| Credit||Credit||35 ||18|
| Examination||Examination||65 ||15|