Subject 'HVAC Systems and Energy Efficiency'

Year:   2015/2016    2016/2017    2017/2018    2018/2019    2019/2020    

Learning the types of a heating, ventilation system and energy efficiency. Among it getting introduced with the materials, principles of construction and work of the systems as well as with building these systems and their construction technology. Learning the materials, system elements and operation principles of water supply and sewerage system, among it consumer, fire fighting and hot water supply, sewerage of buildings, sewerage of a registered immovable with on the spot purifiers, rainwater sewerage, drainage. Learning the design principles of systems and construction defects. Electrical Safety Act and based on it the construction and operation principles of the power system safety devices. Materials and parts of the electricity supply system. Reading an electric project and learning the principles of compiling it.

The objective of the course is to provide knowledge about economical building and exploitation of heating and ventilation systems. The objective of the course is to provide knowledge about the construction, exploitation and economy of a water supply and sewerage. The objective of the course is to give the students an overview of the basics of electric shock protection, wiring systems, used in electric installations, accessories, devices and protection equipment, as well as the design of these installations, electric drawings and electric installation works.

The student who has passed the course:
- knows the types of heating and ventilation systems, materials, system components and
their construction technology;
- is able to evaluate the design of a heating and ventilation system and the construction
quality;
- can observe on the object the construction technology of the given systems and
organise the work in accordance with a time schedule.
- can read water and sewerage projects;
- can evaluate and analyse the construction quality of the systems and
- can detect deviations from valid requirements.
- can read an electric project;
- can compile a power system scheme of a private house;
- knows the Electrical Safety Act and the requirements, based on it, for the construction
and operation of power systems.

Lectures, independent work, tests.

Hoonete küte-Teet-Andrus Kõiv; Aivar Rant; TTÜ 2012
Hoonete energiatarve ja sisekliima- Enno Abel; Hendrik Voll
Õhu konditsioneerimine I, õhutöötlemisprotsessid- Teet-Andrus Kõiv
Soojuspumbad- Rae Perälä
Energiatõhususe miinimumnõuded
Eesti standardid: EVS-EN 15251:2007
EVS 916:2012 (Eesti rahvuslik lisa standardile EVS-EN 15251:2007-st)
EVS-EN 12831:2003 (küttevõimsuse arvutamise alused)
EVS-EN 13779:2007 (mitteeluhoonete ventilatsioon)
EVS 906:2010 (Eesti rahvuslik lisa standardile EVS-EN 13779:2007)
Olli ja Matti Seppänen "Hoone sisekliima kujundamine" 1998
Ventilatsioonisüteemide projekteerimisnormid
Tehnoseadmete RYL 2002
Veevarustus ja kanalisatsioon. L. Paal, H. Mölder, H. Tibar, TLN Valgus, 1981
Veevarustus ja kanalisatsioonitehnika. Ehitaja raamatukogu. Tallinn 2001
Eesti Standardid:
EVS 835:2003 Kinnistu veevärgi projekteerimine
EVS 846: 2003 Kinnistu kanalisatsioon
EVS 847-1: 2003 Ühisveevärgi Osa 1: Veehaarded
EVS 847-2: 2003 Ühisveevärgi Osa 2: Veepuhastus
EVS 847-3: 2003 Ühisveevärgi Osa 3: Veevärgi projekteerimine
EVS 812-6:2005 Ehitiste tuleohutus. Osa 6: Tuletõrje veevarustus

Test: Indoor climate and heating systems
Test: Ventilation and energy efficiency
Homework: Heating and ventilation loads and energy efficiency calculations

Hoonete tehnosüsteemid ja energiatõhusus- Anti Hamburg
Hoonete tehnosüsteemid II- Anti Hamburg

2020: RA  

2019: RA  

2018: RA  

2017: RA  

2016: RA  

2015: RA