Automating Building Energy Modeling For Simulation Purposes

Sergio Leal; Florian Judex; Stefan Hauer; Florian Stift; Florian Dubisch; Gerhard Zucker

Automating Building Energy Modeling For Simulation Purposes

Sergio Leal (Speaker), Florian Judex, Stefan Hauer, Florian Stift, Florian Dubisch, Gerhard Zucker

Digital Resilient Cities

Research output: Chapter in Book or Conference Proceedings › Conference Proceedings with Oral Presentation

Abstract

Building energy modeling is data intensive, repetitive and error prone. This paper presents a methodology to support the automatic building energy model generation based on the Energy Performance Certificate (EPC) input and monitoring data. Preliminary results support model generation scalability and performance. A proof of concept has been performed for 3 typical building geometries. The benefits of this method are reduction of modeling effort, improvement of the energy performance evaluation and comparability between buildings with similar geometries. This method is aimed to ease building renovation planning and rapid prototyping for tenders and design competitions.

Original language	English
Title of host publication	Bausim 2012 "Gebäudesimulation auf den Größenskalen Bauteil, Raum, Gebäude, Stadtquartier"
Pages	212-216
Number of pages	5
Publication status	Published - 2012
Event	Bausim 2012 "Gebäudesimulation auf den Größenskalen Bauteil, Raum, Gebäude, Stadtquartier" - Duration: 26 Sept 2012 → 28 Sept 2012

Conference

Conference	Bausim 2012 "Gebäudesimulation auf den Größenskalen Bauteil, Raum, Gebäude, Stadtquartier"
Period	26/09/12 → 28/09/12

Research Field

Former Research Field - Energy

Cite this

@inproceedings{c8abd68f22d24689adf4abaa05bd4d1c,

title = "Automating Building Energy Modeling For Simulation Purposes",

abstract = "Building energy modeling is data intensive, repetitive and error prone. This paper presents a methodology to support the automatic building energy model generation based on the Energy Performance Certificate (EPC) input and monitoring data. Preliminary results support model generation scalability and performance. A proof of concept has been performed for 3 typical building geometries. The benefits of this method are reduction of modeling effort, improvement of the energy performance evaluation and comparability between buildings with similar geometries. This method is aimed to ease building renovation planning and rapid prototyping for tenders and design competitions.",

author = "Sergio Leal and Florian Judex and Stefan Hauer and Florian Stift and Florian Dubisch and Gerhard Zucker",

year = "2012",

language = "English",

pages = "212--216",

booktitle = "Bausim 2012 {"}Geb{\"a}udesimulation auf den Gr{\"o}{\ss}enskalen Bauteil, Raum, Geb{\"a}ude, Stadtquartier{"}",

note = "Bausim 2012 {"}Geb{\"a}udesimulation auf den Gr{\"o}{\ss}enskalen Bauteil, Raum, Geb{\"a}ude, Stadtquartier{"} ; Conference date: 26-09-2012 Through 28-09-2012",

}

TY - GEN

T1 - Automating Building Energy Modeling For Simulation Purposes

AU - Judex, Florian

AU - Hauer, Stefan

AU - Stift, Florian

AU - Dubisch, Florian

AU - Zucker, Gerhard

A2 - Leal, Sergio

PY - 2012

Y1 - 2012

N2 - Building energy modeling is data intensive, repetitive and error prone. This paper presents a methodology to support the automatic building energy model generation based on the Energy Performance Certificate (EPC) input and monitoring data. Preliminary results support model generation scalability and performance. A proof of concept has been performed for 3 typical building geometries. The benefits of this method are reduction of modeling effort, improvement of the energy performance evaluation and comparability between buildings with similar geometries. This method is aimed to ease building renovation planning and rapid prototyping for tenders and design competitions.

AB - Building energy modeling is data intensive, repetitive and error prone. This paper presents a methodology to support the automatic building energy model generation based on the Energy Performance Certificate (EPC) input and monitoring data. Preliminary results support model generation scalability and performance. A proof of concept has been performed for 3 typical building geometries. The benefits of this method are reduction of modeling effort, improvement of the energy performance evaluation and comparability between buildings with similar geometries. This method is aimed to ease building renovation planning and rapid prototyping for tenders and design competitions.

M3 - Conference Proceedings with Oral Presentation

SP - 212

EP - 216

BT - Bausim 2012 "Gebäudesimulation auf den Größenskalen Bauteil, Raum, Gebäude, Stadtquartier"

T2 - Bausim 2012 "Gebäudesimulation auf den Größenskalen Bauteil, Raum, Gebäude, Stadtquartier"

Y2 - 26 September 2012 through 28 September 2012

ER -

Automating Building Energy Modeling For Simulation Purposes

Abstract

Conference

Research Field

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