Both HOMESKIN (home insulating materials) and Wall-ACE (wall insulation systems) directly address advanced thermal insulation for buildings.
ENERSENS
French SME developing high-performance nanomaterial-based insulation products for energy-efficient buildings and wall systems.
Their core work
ENERSENS is a French SME based in Bourgoin-Jallieu that develops and manufactures high-performance insulation materials for the construction sector, with a clear focus on reducing building energy consumption. Their participation in two consecutive EU Innovation Actions — both targeting building insulation — positions them as a commercially-oriented material producer rather than a pure research actor. Their involvement in Wall-ACE, which explicitly centers on novel nanomaterials for wall insulation systems, indicates they work with advanced material formulations, likely aerogel or silica-based composites. As an SME in Innovation Actions, their value lies in bridging material science with deployable, market-ready insulation products for the construction industry.
What they specialise in
Wall-ACE explicitly targets 'novel nanomaterials' for wall insulation, reflecting direct expertise in advanced material formulations.
Both projects are Innovation Actions in the Energy sector aimed at improving the thermal performance of residential and commercial buildings.
Classified under H2020 pillars P2-MAT and P2-MFG, indicating involvement in both material development and manufacturing processes.
How they've shifted over time
Both projects fall within a narrow 2015–2016 start window, which limits meaningful evolution analysis. The progression from HOMESKIN (a broader 'home insulating material' concept) to Wall-ACE (specifically 'novel nanomaterials for wall insulation systems') suggests a sharpening of focus toward nanomaterial-enabled solutions for wall applications. No H2020 activity is visible after 2016, so whether this trajectory continued into more advanced material classes or expanded into adjacent sectors — such as facades or industrial insulation — cannot be determined from this dataset.
Their two projects show a progression toward nanomaterial-based wall insulation, suggesting a specialization path in high-performance construction materials — but with no H2020 activity after 2016, any continuation of this trajectory would need to be confirmed directly with the organization.
How they like to work
ENERSENS has no coordinator roles across either project, functioning instead as a participant or third party — consistent with an SME that contributes specific material or manufacturing expertise to consortia led by research institutes or larger industrial players. Despite only two projects, they engaged with 23 unique partners across 7 countries, suggesting they integrate readily into broad, multi-national consortia. Working with them likely means accessing industrial production know-how and a market-facing perspective on insulation material deployment.
ENERSENS has built a network of 23 unique consortium partners across 7 countries from just two projects — an unusually wide reach for an SME at this scale. Their partnerships likely span research universities, construction industry players, and other material technology SMEs across Europe.
What sets them apart
ENERSENS occupies a specific niche as a French manufacturing SME that can take advanced insulation material concepts — including nanomaterial formulations — and develop them toward commercial products. Unlike university labs or research institutes in the same projects, they bring industrial process knowledge and market proximity to the construction sector. For a consortium building an Innovation Action around building energy efficiency, they offer the credibility of a real product company willing to commit to scale-up and market validation.
Highlights from their portfolio
- Wall-ACETheir primary funded project (EUR 604,975), focused on novel nanomaterials for wall insulation systems — the clearest signal of their technical specialization and commercial ambition in advanced building insulation.
- HOMESKINTheir earliest EU project engagement, as a third party in home insulating materials research, establishing their presence in the EU building efficiency ecosystem before Wall-ACE.