Energy Optimization of Buildings

Energy Optimization of Buildings

Lecturer (assistant)
Duration2 SWS
TermSommersemester 2020
Position within curriculaSee TUMonline

Description

1. Energy situation in the Federal Republic of Germany 2. Inner influences - Humans - Heat Transfer PhenomenaWärmetransportphänomene - Physiological Data of Humans - Inner Thermal Loads innere Wärmelasten - Airquality - Comfort Models, Criteria for Sense of Comfort - Comfort Characteristics - Excourse: Thermal Comfort in Vehicles 3. Cooling Technique - History of Cooling Technique - Einführung Introdin die Kälte-und Klimatechnik - Klimatisierung - Kälteerzeugung 4. General influences on the energy balance of buildings - Optimization Aims and Characteristic Quantities - Heat Transfer through Walls - Insulants - Thermal Protection Glasses / Systems of Sun Protections - Latent Heat Storage 5. Outer influences - Ambient Temperature - Ambient Humidity - Solar Irradiance - Wind 6. Double-skin Facades – An Introduction into thermal and energetic Behaviour - Introduction - Definition of Double-skin Facades - Klassifizierung von Doppelfassaden - Double-skin Facades in Renovation of old Buildings - Advantages and Problem - Research

Prerequisites

Basics of Heat- and Mass Transfer are recommended

Examination

schriftliche Prüfung

Links