LoginCalibration with actual data has been considered as one of the most important and difficult part for the systematic energy audit procedure.
IBPSA 1999 - Kyoto, Japan
International Building Simulation Conference 1999, Kyoto, Japan.
Contains 177 papers
Volume content
Calibration procedure of energy performance simulation model for a commercial building | 1999 | English
A comprehensive approach to modeling and evaluating the visual environment in buildings | 1999 | English
This paper describes the development, implementation, and evaluation of a computational tool for the comprehensive support of the lighting design process.
Within the research context relating to the modeling process of architectural buildings and landscape planning, the CRAI particularly works on the simulation of day-light and artificial illumination. The purpose of this research is to develop a so
Analysis on coupled heat and water transfer through porous materials by thermodynamic energy | 1999 | English
New thermodynamic energy “water potential” based on the chemical potential of a component of mixture gases is defined as the driving force of gaseous phase water flux.
Coupling between a graphical simulation environment simulator and an optimisation algorithm | 1999 | English
The main aim of this study is to derive some simple rules for an optimal management of direct electric heating in residential buildings. Optimal management should minimise the running cost of heating while maintaining comfort, in the case of contr
A modular: loop-based approach to HVAC energy simulation and its implementation in EnergyPlus | 1999 | English
This paper presents the new EnergyPlus HVAC simulation environment, which differs from existing energy analysis programs in three key respects.
We developed a PC-software to estimate thermal environment of a residential house. To make the software practical for non-technical people, the easiness of operation was our main interest in this development.
This paper presents a decision support system (DSS), named Building Energy Code Advisor, that aims to: (i) check if the early design of the exterior envelope complies with Model National Energy Code of Canada for Buildings (MNECCB) [1] requirement
A computationally-efficient building thermal model is developed for short-timescale investigations applicable to control system design.
Object-oriented or modular simulation methods represent a concrete alternative to present monolithic building simulation technology.
The legislation and energy awareness have lead to increased thermal insulation levels in buildings. Consequently, heat flow, between the indoor and outdoor environments, due to thermal bridging is forming an increasing fraction of building thermal
A case study of the energy performance of an office building with double-envelope and atrium | 1999 | English
This paper presents an investigation of the energy performance in an office building in Daejeon, Korea. The office building has a south-facing glazed double envelope and a rectangular atrium.
A comparison of methods to estimate hourly total irradiation on tilted surfaces from hourly global irradiation on a horizontal surface | 1999 | English
A combined analytic and case-based approach to thermal comfort prediction in buildings | 1999 | English
Despite the obvious importance of thermal comfort in the design of indoor environment, it has not been effectively integrated with design decision support tools.
A development of a HVAC experimental chamber and its numerical model, "Numerical HVAC experimental chamber" on a computer | 1999 | English
We first developed an actual HVAC experimental chamber including an air distribution system, an air handling unit, fan coil units, and control systems.
A comparative study of HVAC dynamic behavior between actual measurements and simulated results by HVACSIM+(J) | 1999 | English
A dynamic simulation of the HVAC system is being paid attention because of the development of the computer technology. Authors examined the reproducibility of HVACSIM+(J).
The IMAGE (IMplementation of Advanced Glazing in Europe) project was funded by the European Commission and involved glass manufactures, onsultants and research organisations (see acknowledgements).