Dynamic Energy Modelling: Thermal Simulation
A practical study of architectural optimization using thermal modeling techniques and energy efficiency principles for sustainable building design.
A practical study of architectural optimization using thermal modeling techniques and energy efficiency principles for sustainable building design.
Master the dynamics of building thermal behavior and energy modeling in this comprehensive course. Dive into heat transfer phenomena, construct dynamic energy balances, and learn to solve complex equations using advanced methods. Develop skills to optimize building design for energy efficiency and thermal comfort, and gain practical experience in creating test software for thermal simulations. Perfect for engineers and architects seeking to enhance their expertise in sustainable building design and energy management.
Instructors:
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What you'll learn
Apply diverse heat transfer laws to building design and analysis
Construct thermal nodes networks using grey-box and white-box models
Model building dynamics and derive corresponding balance equations
Analyze the effects of construction on temperature profiles and energy demand
Combine pressure, mass, and energy balances for passive system modeling
Develop software for thermal simulations and building optimization
Skills you'll gain
This course includes:
Live video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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Module Description
This course delves into the complex world of dynamic energy modeling for buildings, focusing on thermal simulations. It covers a wide range of topics, from basic heat transfer principles to advanced modeling techniques. Students will learn to construct thermal node networks, develop and solve balance equations, and understand the impact of building construction on energy demand. The course also explores passive systems like solar chimneys and ventilated cavities. Practical applications include creating test software in languages like MATLAB, R, or Python to optimize room temperatures and energy efficiency. By the end of the course, participants will have a deep understanding of building thermal behavior and the skills to use this knowledge in designing energy-efficient, comfortable buildings.
Fee Structure
Instructor
6 Courses
Pioneer in Building Energy Epidemiology and Systems Optimization
Laure Itard serves as Professor of Building Energy Epidemiology at TU Delft's Faculty of Architecture and the Built Environment, where she focuses on performance analysis, diagnosis, and optimization of energy systems in buildings. Her academic journey began with Physics studies in France, followed by a Ph.D. from TU Delft's Faculty of Mechanical Engineering in 1998. Her career spans both academia and industry, including significant work as a research engineer and software developer at Deerns Consulting Engineers, and a professorship in Energy and the Built Environment at The Hague University of Applied Sciences (2010-2017). Her expertise encompasses thermodynamics, energy policies, building physics, and energy systems optimization, combining statistics and data analytics with building science. Through her research, she develops new methods for analyzing large datasets in building stock, understanding complex interactions between buildings and occupants, and optimizing operational performance of energy systems. Her work is particularly relevant to addressing the growing complexity of building energy systems and leveraging the potential of smart technologies for sustainable building operations.
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