FAE INNOVATION 2024
The Confederation of Business Associations of Burgos (FAE) and the Caja de Burgos Foundation have awarded RIVENTI the FAE Innovation 2024 award in the small business category. The XIV Edition of the FAE Innovation Awards will be presented on September 26 at the Nexo building of the Caja de Burgos Foundation. These awards recognize companies that demonstrate a high level of commitment to Innovation, Research and Development, and their objective is to make visible the work that the Burgos productive fabric is carrying out in this field.
The project presented and awarded in these awards has been the ENSNARE European Project. This is a project framed within the research and innovation program H2020 of the European Union and is aimed at promoting the renovation of building envelopes, mainly residential, through the integration of advanced technologies, with the aim of achieving a stock of nearly zero-energy buildings (NZEB) in Europe, in addition to the decarbonisation of the sector.
To achieve this objective, the Project addresses the problem from two closely interconnected approaches: on the one hand, through an enveloping mesh, consisting of a modular façade system capable of integrating different solar capture technologies depending on the demand needs of each building, and on the other, by using a digital platform that establishes communication between all the components of the building.
One of the main objectives of the project is to design, develop and validate a solution for fully industrialized enclosure capable of mechanically assembling and interconnecting all its components in a functionally compatible way, while ensuring a high degree of flexibility to adapt to the characteristics and needs of any residential building, guaranteeing rapid and efficient manufacturing and implementation.
Therefore, this solution comprises a physical support that supports all the construction components and allows their interconnection at all levels, constructively, energetically and functionally.
The ENSNARE system must be flexible enough to adapt to different types of façades, while allowing the combination of different technologies, seeking to incorporate a significant number of interconnected active technologies and, therefore, enabling the adoption of large-scale renewable energy solutions as part of façade rehabilitation interventions.
