Building Scenarios in Urban Energy Transition

A trans-disciplinary method for integrated spatial energy design

Conference paper (2017)

Authors

D. Maiullari Environmental Technology and Design - Architecture and the Built Environment
A. van Timmeren Environmental Technology and Design - Architecture and the Built Environment
Research Group
Environmental Technology and Design (Architecture and the Built Environment) (TU Delft)
Copyright: © 2017 D. Maiullari, A. van Timmeren
Urban design Energy transition Living Lab Scenario Zurich
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Published Date

2017

Language

English

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Faculty

Architecture and the Built Environment

Department

Urbanism

Research Group

Environmental Technology and Design

Abstract

Within an energy transition process in the urban environment, a successful implementation of strategies requires the capacity of communities to develop and explore various visions and make decisions within an uncertain and complex context. To achieve a reduction of energy demand and to introduce technologies for production, storage and re-use of energy, different scenario types have been applied in energy and spatial planning in order to explore future pathways supporting and guiding decision makers. These are often used to compare the energy performance of different possible solutions and technological measures, underestimating physical and local spatial components to support integrated design processes, where spatial and energy urban systems can create a synergy for a better performance. This paper describes the elaboration and the application of a transdisciplinary Design Oriented Scenarios (DOS) method for energy transition strategies, which is being developed within the framework of the JPI Urban Europe research project ‘SPACERGY’. The DOS method, employed in the Hochschulquartier in Zurich, Switzerland, combines normative, descriptive and explorative components. It aims to help decision makers in a complex multi-actor process by setting common ‘internal’ transition objectives, sharing and creating a multidisciplinary common ground, and exploring alternative spatial and energy performative visions.