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International Building Simulation Conference 2009, Glasgow, Scotland. 

Contains 307 papers.

Volume content
Daylight factor simulations – How close do simulation beginners ‘really’ get?

The daylight factor is usually one of the first daylight performance measures that simulation newcomers calculate. Apart from the intrinsic…

Diego I. Ibarra, Christoph F. Reinhart
Use of genetic algorithms for multicriteria optimization of building refurbishment

In the current context of energy crisis and with the debate on climate change, low-energy buildings are required. Designers have to come to a…

Fanny Pernodet, Hicham Lahmidi, Pierre Michel
Genetic optimization of external shading devices

A genetic optimization approach has been used for the design of an external shading device in an office with a window and different glass…

Marco Manzan, Francesco Pinto
Combination of optimisation algorithms for a multi-objective building design problem

Recently, a combination between simulation and optimisation has been important for many of HVAC design problems. Long execution time is usually…

Mohamed Hamdy, Ala Hasan and Kai Siren
Application multi-objective genetic algorithm for optimal design method of distributed energy system

Distributed energy system based on cogeneration system has high potential of energy saving due to utilizing waste heat from power generator…

Genku Kayo and Ryozo Ooka
A genetic algorithm for optimization of building envelope and HVAC system parameters

The aim of this paper is to describe the features of a Genetic Algorithm (GA) developed to solve simulation-based optimization problems for the…

Matti Palonen, Ala Hasan, Kai Siren
Deriving U.S. household energy consumption profiles from American time use survey data – a bootstrap approach

This paper presents a novel approach to derive U.S. residential building energy load profiles. This approach uses bootstrap sampling method to…

Yun-Shang Chiou
Simulating energy use in multi-family dwellings with measured, non constant heat gains from household electricity

It is crucial to perform energy simulations during the building process in order to design a building that meets demands regarding low energy use…

Dennis Johansson, Hans Bagge
The influence of design decisions on energy consumption and thermal performance: the case of UFRN campus, Brazil

This paper presents simulation results of three hypothetic models, which aims to represent different design decisions concerning administrative…

Raoni Venâncio and Aldomar Pedrini
Whole building energy simulation and energy saving potential analysis of a large public building

By comparing EnergyPlus with other energy simulation tools, this paper explores how to use EnergyPlus to construct models to accurately …

Yiqun Pan, Mingming Zuo, Gang Wu
Impact of adopting the time-of-use rate plans on the electricity cost in the Canadian residential sector

Time of use (TOU) electricity metering involves dividing the day, the month and the year in to slots or bands, with generally higher rates at the…

Ali M. S yed
Tímea Dénes-Béjat, Emmanuel Bozonnet, Isabelle Calmet
Estimation of heating energy use of existing houses in a future climate: 2050 vs 2007

This paper presents a method for the estimation of potential impact of climate change on the heating energy use of existing houses. The proposed method uses…

Radu Zmeureanu, Guillaume Renaud, Camille Julien and Jean Brau
Emissions reductions in hotels in 2030

Detailed simulations of two hotels have been carried out, to determine whether CO2 emissions can be reduced by 50%. The hotels, one older and converted and…

Simon Taylor, Thomas Achtmanis and Li Shao
Development and validation of detailed building, plant and controller modelling to demonstrate interactive behaviour of system components

As plant modelling becomes capable of more complexity and detailed resolution, new opportunities arise for the virtual evaluation of discrete…

Jeremy Cockroft, David Kennedy, Martin O’Hara, Aizaz Samuel, Paul Strachan, Paul Tuohy
Evaluation and optimization of air-conditioner energy saving control considering indoor thermal comfort

For the purpose of reducing the room air-conditioners’ energy consumption, an energy saving control method is proposed formerly. In this paper its energy…

Fulin Wang, Harunori Yoshida, Bo Li, Noriko Umemiya, Satoshi Hashimoto, Takaaki Matsuda, Hideo Shinbayashi
Self-calibration and optimal control of a double-skin system

To reduce the potential problems of window systems such as undesired heat gain (loss), glare, and thermal discomfort due to asymmetric radiation,…

Seong-Hwan Yoon, Cheol-Soo Park, Godfried Augenbroe, Deuk-Woo Kim
Real controllers in the context of full-building, whole-year simulation

Study of complex control strategies plays an increasing role in building design. Discrepancy between the intentions of the designer, often…

Per Sahlin, Axel Bring and Lars Eriksson
Application of ANN (Artificial-Neural-Network) in residential thermal control

This paper presents Artificial Neural Network (ANN)-based predictive and adaptive thermal control strategies for residential buildings designed to advance…

Jin Woo Moon, Sung Kwon Jung, Jong-Jin Kim
Potential for the energy efficiency advancement in district heating and cooling plant by renovation

Energy efficiency improvements of renovated district heating and cooling (DHC) plants were evaluated by simulation. In this paper, the simulation…

Yoshiyuki Shimoda, Yoshitaka Uno, Yoshie Togano, Ryo Sunagawa, Yutaka Shoji
Showing 281 to 300 of 307. Page 15 of 16