Energy Producing Architecture: Johanneberg Science Park

Energy Producing Architecture: Johanneberg Science Park

Fedatsenka, S.S.

Snijders, A. (mentor)

Architecture and The Built Environment

Architecture

Architectural Engineering

2014-06-27

Buildings are responsible for approximately 40% of total worlds energy consumption (Kapsalaki et al., 2012). Most of this energy is provided by fossil fuels. According to various study this energy source will be depleted in 50 – 80 years. The climate change which is caused mainly by using fossil fuels makes the search for the alternatives in energy supply even more relevant. This study contributes to sustainable design development as well as to the architectural body of knowledge as an example of architectural integration of the latest technological innovation related to renewable energy and building energy efficiency. The study will be placed into a professional context by using on-going project framework. The result therefore can be used for the relevant future projects on energy producing building type. The theme of this graduation work is the relation between net energy positive building type and architectural appearance of such building. The research part of this work was dedicated primary to the aspects of energy efficiency, energy production systems within building envelope. Secondary the relation between energy and architecture has been exposed using the specific case study, Johanneberg Science Park. Further the aim of the design project was to make an energy positive building in certain architectural context and evaluate architectural appearance of such building type.

energy producing building
energy and architecture
climate design
solar energy
algea array

http://resolver.tudelft.nl/uuid:2c741d75-6c74-4a77-8496-78eb34f4a1a9

2014-06-25

57.697059, 11.986257

Student theses

master thesis

(c) 2014 Fedatsenka, S.S.