Double Face 2.0 is a novel solar wall, joining a strong design identity and high technical performances. In response to the need for energy saving, new high-performance building elements are shape-optimised for passive climate design and to increase user engagement. Given a design concept, computational approaches help to optimise and to customise high-performance building elements for any environment. Double Face 2.0 has been developed by research through design involving designing, 3D modelling, robotic FDM printing, prototyping, experimenting, simulating, and simulation-based optimising. An adjustable, lightweight, translucent Trombe wall has been developed, using an insulator (aerogel) and heat storage (phase change material) encapsulat...
International audienceThis paper presents the first passive solar wall providing simultaneously supe...
ACLAs the heating demands of buildings drop considerably, the use of solar walls makes increasing se...
Trombe walls are a passive solar technology that can contribute to the reduction of building heating...
Double Face 2.0 is a novel solar wall, joining a strong design identity and high technical performan...
In order to reduce the energy demand of households, a new type of Trombe wall is being designed duri...
A traditional Trombe wall is known as a high thermal-mass wall, situated behind a window of a room a...
The Double Face 2.0 research project aims at developing a novel type of an adaptive translucent Trom...
The DoubleFace project aims at developing a new product that passively improves thermal comfort of i...
International audienceToday there are several technologies to improve energy efficiency in buildings...
Recently, there has been a growing interest in passive climate design aimed at reducing the large en...
The development of energy-efficient technologies at all stages of a building’s life cycle is essenti...
The DoubleFace project aims at developing a new product that passively improves thermal comfort of i...
In times of energy use awareness, decarbonisation, and resource efficiency, the performance of well-...
Nowadays, almost 30% of total energy consumption (130 EJ) is consumed for the operation of buildings...
In the context of shrinking non-renewable energy resources and reducing greenhouse gas emissions, it...
International audienceThis paper presents the first passive solar wall providing simultaneously supe...
ACLAs the heating demands of buildings drop considerably, the use of solar walls makes increasing se...
Trombe walls are a passive solar technology that can contribute to the reduction of building heating...
Double Face 2.0 is a novel solar wall, joining a strong design identity and high technical performan...
In order to reduce the energy demand of households, a new type of Trombe wall is being designed duri...
A traditional Trombe wall is known as a high thermal-mass wall, situated behind a window of a room a...
The Double Face 2.0 research project aims at developing a novel type of an adaptive translucent Trom...
The DoubleFace project aims at developing a new product that passively improves thermal comfort of i...
International audienceToday there are several technologies to improve energy efficiency in buildings...
Recently, there has been a growing interest in passive climate design aimed at reducing the large en...
The development of energy-efficient technologies at all stages of a building’s life cycle is essenti...
The DoubleFace project aims at developing a new product that passively improves thermal comfort of i...
In times of energy use awareness, decarbonisation, and resource efficiency, the performance of well-...
Nowadays, almost 30% of total energy consumption (130 EJ) is consumed for the operation of buildings...
In the context of shrinking non-renewable energy resources and reducing greenhouse gas emissions, it...
International audienceThis paper presents the first passive solar wall providing simultaneously supe...
ACLAs the heating demands of buildings drop considerably, the use of solar walls makes increasing se...
Trombe walls are a passive solar technology that can contribute to the reduction of building heating...