All three PanePowerSW projects focus on transparent solar panel technology for glass surfaces.
BRITE HELLAS SA
Greek SME developing transparent solar glass with nanomaterial coatings for energy-autonomous greenhouses and buildings.
Their core work
BRITE HELLAS develops transparent solar panel technology based on nanomaterial coatings that can be applied to glass surfaces, turning windows and greenhouse panels into energy-generating surfaces. Their core product enables buildings and agricultural greenhouses to produce electricity without sacrificing natural light or visibility. The company has progressed from feasibility study through full commercialization under the EU SME Instrument, indicating a product moving toward market readiness.
What they specialise in
The latest PanePowerSW iteration explicitly lists nanomaterial coating as a core technology.
Two of three projects specifically target greenhouse applications, linking solar technology to agricultural energy independence.
The 2018 PanePowerSW phase includes glass buildings as a target application alongside greenhouses.
How they've shifted over time
BRITE HELLAS shows a focused, single-technology trajectory rather than diversification. Their 2017 SME-1 feasibility study covered both greenhouses and glass buildings, while the later phases (2018-2023) increasingly emphasize the agricultural greenhouse application and introduce explicit keywords around sustainable agriculture and nanomaterial coating. This suggests a deliberate narrowing from general BIPV toward the agrivoltaics niche where transparent solar glass has the clearest market advantage.
BRITE HELLAS is converging on the agrivoltaics market — expect them to position transparent solar glass specifically for greenhouse and controlled-environment agriculture applications.
How they like to work
BRITE HELLAS has operated exclusively through the SME Instrument (now EIC Accelerator), which funds single companies rather than consortia. All three projects were coordinated solo with zero consortium partners, meaning they have no track record of multi-partner collaboration within H2020. This is typical for product-focused SMEs using EU funding to de-risk commercialization rather than to conduct collaborative research. A potential partner should expect a company comfortable leading its own R&D agenda rather than fitting into large consortia.
BRITE HELLAS has no recorded consortium partners in H2020, having used only single-beneficiary SME Instrument funding. Their collaborative network, if any, exists outside the H2020 framework.
What sets them apart
BRITE HELLAS occupies a very specific niche at the intersection of photovoltaics and agriculture — transparent solar glass that lets greenhouses generate power without blocking the light crops need. Few companies combine nanomaterial coating expertise with deep understanding of agricultural light requirements. For anyone building a consortium around agrivoltaics, smart greenhouses, or building-integrated energy, they bring a proprietary technology that has been validated through three rounds of EU SME Instrument funding.
Highlights from their portfolio
- PanePowerSWReceived EUR 1.49M in SME-2 phase (2018-2021) — the largest single grant, indicating the technology passed rigorous commercialization assessment.
- PanePowerSWSecured a second SME-2 grant of EUR 917K (2020-2023) focused specifically on greenhouses, suggesting continued EU confidence in the technology's agricultural application.