Génie climatique des bâtimentsGénie Climatique (ERE)
Climatic Engineering of Buildings
Séquencement
Learning objectives
Know: • The wet air diagram • The rules for taking into account, the thermal comfort and the requirements of the regulations, in the choice and dimensioning of a heating, air conditioning and hot water system. • Production and emission systems technologies for space heating, air conditioning and the production of sanitary hot water. • HVAC utilities • Operating principle of the Heat Pump (PAC) Master: • Basic principles for the design of heating, air conditioning and the production of sanitary hot water. • Rules and principles for the operation of heating, air-conditioning and hot water systems for the definition of energy choice and possible mixing of different energies.
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Thermodynamics | Fundamental Sciences 2 | S6 |
| Building Design - Thermal Regulation 2020 | Building Design - Certifications | S5 |
| Thermal Transfers | Engineering Sciences | S6 |
Program
Traditional heating equipment. • Operation and technology of generators, distribution pipes, accessories. • Recall of hydraulics (circulator, expansion vase, loss of loads). • Size bases for transmitters, generator, distribution, equipment. • Estimation of annual heating consumption (DJU). • Comparison of energy costs (gas, propane, fuel oil, electricity, wood). • Directed work on heating: Simplified calculation of thermal losses of a building. Selection of radiators (location, type, dimensioning). Choice of heated floors (surface, not, collector location). Calculation of the distribution (calculation of flow rate, method of distribution, choice of diameter and valves). Choosing the generator (condensation, gas, fuel oil). Estimated annual energy required for heating.
Air conditioning equipment. • Refrigeration schemes • Production of ice water • Operation and technology of different air conditioning generators. • Reminders of the refrigeration cycle (enthalpic diagram, COP/EER). • Performance of different generators. • Presentation of ice water systems, all air, with direct relaxation. • Aeraulic recall (ventilator, register, loss of charges, mouths). • Wet air bases (diagram, elementary evolutions, cycles). • Components dimensioning bases (battery, humidifier, mixture). Directed work on air conditioning: Calculation of cold rooms Simplified calculation of the thermal and water loads of a building. Simple pre-sizing of the components of an installation. Small projects. • Applications on a few specific cases (climate assessment of a building, energy audit, ...)
Assessment
Table Control (Duration 1h30)
References
Engineering technology, air conditioning
Skills
1| Ref. | Verb | Description | Level |
|---|---|---|---|
| C6 | design | Identify the energy aspects in the organisation's activities during a diagnosis. | 3 |