The Course: Modelling energy-efficient buildings with DesignBuilder: a practical case study It is a unique opportunity to acquire skills in a constantly growing sector, where the demand for qualified professionals is ever-increasing. With growing awareness of sustainability and energy efficiency, the ability to model energy-efficient buildings has become an essential skill. This course will provide you with fundamental knowledge, ranging from the introduction to and design of the building to the analysis of energy systems such as HVAC, and the interpretation of calculations and results. Upon completion, you will be able to optimise the energy performance of any building, positioning yourself as an expert in a field with great career prospects. The online format allows you to access this knowledge regardless of your location, giving you the flexibility you need to balance your studies with other responsibilities.
Modelling energy-efficient buildings with DesignBuilder: a case study
Architecture, construction and urban planning
40 hours
Introduction
Objectives
- To understand the basics of energy modelling in DesignBuilder.
- Create building models with a focus on energy efficiency.
- Identify key parameters relating to the building envelope and building use.
- Analyse the impact of HVAC systems on energy efficiency.
- Carry out accurate calculations and obtain reliable results in simulations.
- To assess strategies for optimising energy consumption in buildings.
- Apply the knowledge gained to real-world construction projects.
Table of Contents
TEACHING UNIT 1. INTRODUCTION AND CONSTRUCTION OF THE BUILDING
Introduction
Basic concepts
Website creation
Construction of the building
3D modelling
TEACHING UNIT 2. ENVELOPE DATA AND USE
Activity Data
Enclosure Specifications
Opening Figures
Team Statistics
Lighting Data
TEACHING UNIT 3. ENERGY SYSTEMS (HVAC)
HVAC in Detail: Introduction
Geothermal heat exchanger circuit
Heating and cooling system circuit with heat pumps
Air circuit
Data on zones and components
TEACHING UNIT 4. CALCULATIONS AND RESULTS
Standard simulation using real data
Fulfilment of EA credits under LEED
Fulfilment of EA credits and comfort in LEED
Natural lighting (Radiance)
Compliance with Low-Carbon Technology in BREEAM