Team for the Planet

Smart Panel

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I 'punti Team' vengono assegnati in base all'idoneità della soluzione per il tipo di innovazioni ricercate da Team for the Planet. Corrispondono all'analisi di diversi fattori :

Potenziale di impatto: punteggio medio di impatto > 4 => 0,5 punti / se > 4,15 => 1 punto.
coerenza globale: tutti i punteggi medi dei 6 criteri di selezione > 2,5 => 1 punto.
il favorito: % delle valutazioni che considerano l'innovazione come la migliore per agire su larga scala contro i gas serra > 20% => 1 punto
Obiettivo: convalida dell'ambito di intervento di Team > 90% => 0,5 punti + livello sufficiente di maturità dell'inno => 0,5 punti
accettazione sociale: punteggio di analisi semantica dei commenti > 0 => 0,5 punto/ se > 3500 => 1 punto

46 valutazioni

Presentato al comitato scientifico : Dopo le valutazioni dei valutatori volontari, le innovazioni con il maggiore impatto potenziale sono presentate al Consiglo scientifico. La scelta è responsabilità dei dirigenti.

Reduce the carbon footprint of the building and its energy bill during its life cycle

Data di presentazione 17 dicembre 2020 Fondatori Adrien Pichon Luogo di sviluppo Francia

Il progetto in dettaglio

NB: questo modulo deve essere compilato completamente dalle persone che propongono l'innovazione.

Qual è il problema risolto?

10 air conditioners are sold every second in the world. This number will increase threefold by 2050. This will generate a surplus of energy demand equivalent to the consumption of the USA, Japan, and the EU today. Although the construction market is oriented toward renovation in Europe, the rest of the world and especially Asia and Africa, where the strongest growth will take place in the coming decades, are markets with strong indicators both on the number of new constructions per year and characterized by much shorter life cycles. The construction industry uses 60% of the material resources extracted from the planet annually and 40% of the energy produced. It is one of the biggest "carbon" items in our individual and collective footprint. It is therefore essential to reduce the need for building materials (extraction, transformation, transport) and to reduce the energy needs of buildings during their use. In view of global warming, the buildings built and equipped with passive facades were not designed to adapt to a changing climate.

Come si risolve?

We rethink the envelope of new buildings thanks to the biomimicry of the human skin. In a composite wall that requires less material and is just as insulating, a calorific fluid creates heat gradients between the façades and redistributes the flows for a comfortable interior.

Chi sono i potenziali clienti?

- Motivated by operators/construction contractors and regulations (RE2020): we bring a solution to the standardized market - Prescribed by eco-design architects: we sell a design office service for the localization and integration of the technology (open-source model) - Manufactured by local material manufacturers: we receive royalties for the surfaces produced and/or on the gains during the life cycle of the equipped building. We are also our first customer thanks to the founder Mr. Albert Abut who is an architect and has already integrated Smart Panel in projects under study around the world (France, Japan, Ghana, Dubai,...)

In che modo questa soluzione è diversa?

Prefabricated panels made of light and resistant composite materials -Pre-equipped with insulation from the aerospace industry (localized by climate) -Standardized frames for easy and modular integration with PV glass (partner) -Networked panels for total management of the facade on the surface and towards the interior with the connection to underfloor heating and chilled ceilings (MEP system) -Panel cost in the standards of "non-smart and passive" facades -Freedom of choice of design of the outer layer for architects