AbstractThis paper presents a new methodology for characterising the energy performance of buildings suitable for city-scale, top-down energy modelling. Building properties that have the greatest impact on simulated energy performance were identified via a review of sensitivity analysis studies. The methodology greatly simplifies the description of a building to decrease labour and simulation processing overheads. The methodology will be used in the EU FP7 INDICATE project which aims to create a master-planning tool that uses dynamic simulation to facilitate the design of sustainable, energy efficient smart cities
Understanding the energy demand of a city’s housing stock is an important focus for local and nation...
Models and simulators have been widely used in urban contexts for many decades. The drawback of most...
One of the existing tools that could help creating smart cities is the Energy Performanc...
AbstractThis paper presents a new methodology for characterising the energy performance of buildings...
In this essay we wish to present an interdisciplinary study carried out in the framework of two Inte...
AbstractBridging the gap between sustainable buildings and a sustainable city requires well-suited a...
Buildings are the largest urban energy consumers, but their impact can be largely cut back by improv...
The growing demand for energy in urban areas has led to the development of a variety of methodologie...
The massive urbanization process registered since 1950s and projected to continue for the coming dec...
Within the complex and interrelated nature of the smart city concept, the importance of considering ...
International audienceAdding flexibility to the demand may rationalize energy production. Indeed, it...
Various governments are planning their cities to be climate responsive by reducing the energy consum...
Designing energy efficient cities and in particular designing buildings as well-thought components o...
Cities are responsible for around 70% of global energy demand and are considered as having a crucial...
AbstractThe ability to predict building energy consumption in an urban environment context, using a ...
Understanding the energy demand of a city’s housing stock is an important focus for local and nation...
Models and simulators have been widely used in urban contexts for many decades. The drawback of most...
One of the existing tools that could help creating smart cities is the Energy Performanc...
AbstractThis paper presents a new methodology for characterising the energy performance of buildings...
In this essay we wish to present an interdisciplinary study carried out in the framework of two Inte...
AbstractBridging the gap between sustainable buildings and a sustainable city requires well-suited a...
Buildings are the largest urban energy consumers, but their impact can be largely cut back by improv...
The growing demand for energy in urban areas has led to the development of a variety of methodologie...
The massive urbanization process registered since 1950s and projected to continue for the coming dec...
Within the complex and interrelated nature of the smart city concept, the importance of considering ...
International audienceAdding flexibility to the demand may rationalize energy production. Indeed, it...
Various governments are planning their cities to be climate responsive by reducing the energy consum...
Designing energy efficient cities and in particular designing buildings as well-thought components o...
Cities are responsible for around 70% of global energy demand and are considered as having a crucial...
AbstractThe ability to predict building energy consumption in an urban environment context, using a ...
Understanding the energy demand of a city’s housing stock is an important focus for local and nation...
Models and simulators have been widely used in urban contexts for many decades. The drawback of most...
One of the existing tools that could help creating smart cities is the Energy Performanc...