In a context where energy efficiency and sustainability are paramount, the The course ‘Energy Systems in Buildings: HVAC and DHW’ offers a unique opportunity to specialise in key technologies for the design and maintenance of greener, more efficient buildings. With the surge in demand for skilled workers in this sector, gaining knowledge of conventional HVAC systems, aerothermal energy, geothermal energy, ventilation and DHW will not only enhance your professional profile, but will also position you at the forefront of current trends. This online course will enable you to develop the critical skills needed to implement innovative and sustainable solutions, thereby ensuring your relevance in a constantly evolving job market. Seize this opportunity to become an expert in energy systems and make a difference in the field of construction and building management.
Building energy systems: HVAC and DHW
Architecture, construction and urban planning
40 hours
Introduction
Objectives
- To understand how conventional HVAC systems work.
- To analyse the benefits of geothermal energy in modern buildings.
- To assess the use of geothermal energy in building heating and cooling.
- Identify the key components of efficient ventilation systems.
- Explain the process of generating domestic hot water in residential properties.
- Compare HVAC technologies to optimise energy consumption.
- Apply knowledge of renewable energy to improve efficiency.
Table of Contents
TEACHING UNIT 1. HVAC SYSTEM WITH CONVENTIONAL EQUIPMENT
Introduction to the HVAC system
Primary loop
Secondary loop
Heating and cooling
Transport fluid and terminal units
TEACHING UNIT 2. AEROTHERMAL AND GEOTHERMAL SYSTEMS
Aerothermal energy. Concept and characteristics
Air-source heat pumps. Design and calculation
Geothermal energy. Concept and characteristics
Geothermal energy. Design and calculation
Comparative study
TEACHING UNIT 3. VENTILATION
An Introduction to Ventilation
Ventilation systems in residential buildings
Ventilation in non-residential buildings
Primary air conditioning units
Ventilation systems: design and calculation
TEACHING UNIT 4. ACS
Introduction
Demand assessment
Residential buildings. Design and structural analysis
Commercial buildings. Design and structural analysis
Case study
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