Lectures:
1stIntroductory lecture, laws, regulations.
2nd Heating. Heat, indoor climate of buildings, thermal comfort and its impact on human organism.
3rd Heating. Heat loss and the possibility of reducing them. Calculation heat loss mathematically and by PC. Drawing the schemata elements
4th Heating. Heating systems and forced gravity. Design and calculation piping.
5th Basic types of heating boilers - stationary, hanging, mobile. Boilers conventional, low temperature and condensation. Other sources - cogeneration units, heat pumps, solar equipment.
6th Safety device for heating systems, hot water and steam. Expansion vessel and safety valve. Design, calculation, calibration and control.
7th Ventilation and air conditioning. Optimization of microclimate of buildings. Systems air.
8th Ventilation and air conditioning. Natural ventilation, air conditioning a little. Forced ventilation and cooling system.
9th Radiators. Types, construction, performance, installation requirements. Accessories radiators, adjusting the flow media, regulating valves.
10th Hot water heating. Warming methods, integration into heating systems calculating the consumption of TV, heating Hygiene - Legionella bacteria.
11th Gas appliances HVAC equipment in the field. Basic rules for the design and installation gas equipment, operational testing and revision.
12th Types of fuels, their impact on the environment, the possibility of saving fuel. Nontraditional energy sources. Energy-efficient houses. Hysolar energy.
13th Central heating, district boiler, heating plants, heating network, transfer station. DHW systems in the CPM. Measuring quantity of the heat.
Exercise:
Heating Project:
List of appendices:
Technical report + annexes to the technical report
Ground 1.N.P., 2.N.P.
Ground 1.P.P. (Floor area of the floor, where he leads the horizontal lines)
Diagram radiator
Wiring heat
The annexes to the technical report:
• proof of calculating the coefficient of heat UN W / (m2.K)
(Evidence of value for filling holes - prospectus)
• calculation of heat loss
1stIntroductory lecture, laws, regulations.
2nd Heating. Heat, indoor climate of buildings, thermal comfort and its impact on human organism.
3rd Heating. Heat loss and the possibility of reducing them. Calculation heat loss mathematically and by PC. Drawing the schemata elements
4th Heating. Heating systems and forced gravity. Design and calculation piping.
5th Basic types of heating boilers - stationary, hanging, mobile. Boilers conventional, low temperature and condensation. Other sources - cogeneration units, heat pumps, solar equipment.
6th Safety device for heating systems, hot water and steam. Expansion vessel and safety valve. Design, calculation, calibration and control.
7th Ventilation and air conditioning. Optimization of microclimate of buildings. Systems air.
8th Ventilation and air conditioning. Natural ventilation, air conditioning a little. Forced ventilation and cooling system.
9th Radiators. Types, construction, performance, installation requirements. Accessories radiators, adjusting the flow media, regulating valves.
10th Hot water heating. Warming methods, integration into heating systems calculating the consumption of TV, heating Hygiene - Legionella bacteria.
11th Gas appliances HVAC equipment in the field. Basic rules for the design and installation gas equipment, operational testing and revision.
12th Types of fuels, their impact on the environment, the possibility of saving fuel. Nontraditional energy sources. Energy-efficient houses. Hysolar energy.
13th Central heating, district boiler, heating plants, heating network, transfer station. DHW systems in the CPM. Measuring quantity of the heat.
Exercise:
Heating Project:
List of appendices:
Technical report + annexes to the technical report
Ground 1.N.P., 2.N.P.
Ground 1.P.P. (Floor area of the floor, where he leads the horizontal lines)
Diagram radiator
Wiring heat
The annexes to the technical report:
• proof of calculating the coefficient of heat UN W / (m2.K)
(Evidence of value for filling holes - prospectus)
• calculation of heat loss