Be-Smart focused on multi-functional BIPV elements and coloured active glazing; HIPERION targeted high-efficiency multijunction solar cells.
ASSOCIATION COMPAZ
Swiss association specializing in building-integrated photovoltaics, energy-positive glazing, and advanced building envelope technologies for near-zero energy buildings.
Their core work
Association COMPAZ is a Swiss association specializing in building-integrated photovoltaics (BIPV) and advanced building envelope technologies. They contribute expertise in multi-functional solar glazing, coloured active glazing for architectural integration, and high-efficiency photovoltaic systems. Their work bridges the gap between solar energy generation and building design, focusing on turning facades and windows into energy-producing elements while maintaining aesthetic appeal. They participate in large-scale innovation actions that bring these technologies from lab to pilot production and real-world demonstration.
What they specialise in
Be-Smart developed energy positive glazing with architectural integration; MEZeroE works on advanced envelope products for near-zero energy buildings.
HIPERION pursued hybrid photovoltaics with optical micro-tracking and multijunction cells targeting 30% efficiency.
MEZeroE involves pilot measurement and verification lines for envelope products contributing to healthy nearly zero energy buildings.
MEZeroE includes open innovation services and a multi-side virtual marketplace for building envelope solutions.
How they've shifted over time
COMPAZ began their H2020 participation focused on the aesthetics and reliability of building-integrated photovoltaics — coloured active glazing, energy-positive windows, and cost reduction for real demonstration sites (Be-Smart, 2018). Their focus then shifted toward pushing solar cell efficiency boundaries with hybrid photovoltaic technologies (HIPERION, 2019) and most recently toward systematic measurement, verification, and open innovation platforms for building envelope products (MEZeroE, 2021). The trajectory shows a clear move from component-level BIPV development toward system-level building performance validation and market access infrastructure.
COMPAZ is moving from developing BIPV components toward validating and commercializing complete building envelope solutions, suggesting growing interest in market-readiness and industry services.
How they like to work
COMPAZ operates exclusively as a consortium participant, never leading projects, which suggests they contribute specialized knowledge rather than driving project management. With 56 unique partners across 16 countries from just 3 projects, they work in large, diverse consortia — averaging nearly 19 partners per project. This broad network pattern is typical of an organization valued for niche expertise that complements larger industrial and research teams.
Despite only 3 projects, COMPAZ has built a wide network of 56 partners across 16 countries, indicating they consistently join pan-European consortia with strong geographic diversity rather than clustering around a few repeat partners.
What sets them apart
COMPAZ occupies an unusual niche as a Swiss association (not a company or university) working at the intersection of solar energy and building design. Their combination of BIPV expertise with architectural integration know-how makes them a valuable partner for projects that need to demonstrate solar technologies in real buildings where aesthetics matter. Being based in Neuchatel — a hub of Swiss precision manufacturing and watchmaking — they bring a design-conscious perspective to energy technology that purely technical partners often lack.
Highlights from their portfolio
- Be-SmartLargest funding (EUR 1.4M) and focused on the commercially promising area of coloured, architecturally integrated BIPV glazing with real-world demonstrators.
- HIPERIONTargeted an ambitious 30% efficiency rating for hybrid photovoltaics using optical micro-tracking — pushing the boundaries of solar cell performance.
- MEZeroETheir most recent and longest-running project (to 2026), signaling a strategic pivot toward measurement infrastructure and open innovation marketplaces for building envelopes.