Person

Angela Clua Longas

This person is no longer with EPFL

Related publications (11)

Active façades : life cycle environmental impacts and savings of photovoltaic power plants integrated into the building envelope

Gianluca Cattaneo, Angela Clua Longas

Aim and approach used Increased energy supply from photovoltaics is a main priority in the “Energy Strategy 2050”. Within the joint research project "Next generation photovoltaics" funded by the Swiss National Science Foundation, we analysed different o ...

2019

Active façades : life cycle environmental impacts and savings of photovoltaic power plants integrated into the building envelope

Gianluca Cattaneo, Angela Clua Longas

Goal Increased energy supply from photovoltaics is a main priority in the “Energy Strategy 2050”. Within the research project “PV2050: Sustainability, market deployment and interaction to the grid – the impacts of advanced photovoltaic solutions” funded ...

2019

Designing Energy-Efficient Façades to Meet Energy Transition Targets

Angela Clua Longas

The contemporary energy context can be considered as a period of energy transition, where the latest protocols focus on limiting greenhouse gas (GHG) emissions and improving energy efficiency across the different energy consumption sectors. As the largest ...

EPFL2019

Advanced Active Façades : The construction of a full-scale demonstrator for BIPV architectural integration

Sophie Lufkin, Angela Clua Longas

In most European countries, new energy directives on building performance have been developed as a consequence of unsustainable greenhouse gas emissions. These norms promote active and passive energy strategies to lower the environmental impact of the buil ...

2018

Towards Advanced Active Façades: Analysis of façade requirements and development of an innovative construction system

Sophie Lufkin, Angela Clua Longas

In Switzerland, as in many European countries, new energy directives focus on decreasing the carbon footprint of buildings by promoting passive and active energy strategies. Among the latter, Building Integrated Photovoltaics (BIPV), which function both as ...

2017

Architectural Integration of Low-Carbon Technology and Building-Integrated Photovoltaics (BIPV). Into the design process of Advanced Active Façades (AAF)

Sophie Lufkin, Angela Clua Longas

Building Integrated Photovoltaics’ (BIPV) performance is improving rapidly. However, their potential is diminished because of several barriers. Due to its limited expressive quality, architects tend to avoid integrating BIPV in building design, more partic ...

2017

Introducing the Advanced Active Façade: Towards Near-Zero Buildings Incorporating Building Integrated Photovoltaics Expressive Issues

Sophie Lufkin, Angela Clua Longas

2017

Towards advanced active façades : The development of a new construction system combining passive and active design strategies

Sophie Lufkin, Angela Clua Longas

In Switzerland, as in many European countries, new energy directives focus on decreasing the carbon footprint of buildings by promoting passive and active energy strategies and systems. Among the latter, Building Integrated Photovoltaics (BIPV), which func ...

2017

Towards Advanced Active Façades

Sophie Lufkin, Angela Clua Longas

2017

Concevoir des façades actives bas carbone

Sophie Lufkin, Angela Clua Longas

En Suisse comme dans la plupart des pays européens, les normes de performance énergétique visant à limiter l’empreinte carbone des bâtiments deviennent de plus en plus exigeantes. Impliquant une combinaison de stratégies actives et passives, cette évolutio ...

2017

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