#EnergyMeetsArchitecture
Unrivalled know-how and unique support for architecture and the energy transition of buildings and cities.
Thanks to our multidisciplinary expertise, we give new functionalities to inactive surfaces of buildings and infrastructures by making them producers of decarbonated energy.
We offer our clients an architectural, functional and aesthetic approach to integrating photovoltaic solutions into the envelope of buildings and urban facilities.
Unique support
We offer a turnkey service or à la carte assistance throughout your project, from the first sketch to the commissioning of the photovoltaic installations.
Our field of intervention covers the design of active solutions, engineering and technical design studies, assistance to the project owner as well as the support and monitoring of photovoltaic operations.
Our references and projects around the world
To inspire you, we invite you to discover the range of possibilities offered by these new photovoltaic integrations. They are waiting to be expanded even further according to your creativity in order to build the buildings and infrastructures of tomorrow.
So why be inactive… when you could be active?
Do you share this vision but don’t yet know how to proceed? We help you to take action with our decision support process:
First, you identify an existing or planned building that is a candidate for the integration of photovoltaic solutions.
Then, we study the solar gain on the whole building envelope with a simplified 3D model.
If the solar potential proves interesting, we carry out a technical and economic feasibility study of different integration scenarios.
Finally, with this feasibility, you have all the decision-making information you need to take action quickly.
So why be inactive… when you could be active?
Do you share this vision but don’t yet know how to proceed? We help you to take action with our decision support process:
First, you identify an existing or planned building that is a candidate for the integration of photovoltaic solutions.
Then, we study the solar gain on the whole building envelope with a simplified 3D model.
If the solar potential proves interesting, we carry out a technical and economic feasibility study of different integration scenarios.
Finally, with this feasibility, you have all the decision-making information you need to take action quickly.
