SciTransfer
Organization

INSOLIGHT SA

Swiss SME developing hybrid photovoltaic modules with optical micro-tracking and multijunction cells, targeting around 30% efficiency at rooftop-compatible form factor.

Technology SMEenergyCHSMENo active H2020 projects
H2020 projects
2
As coordinator
0
Total EC funding
€3.4M
Unique partners
25
What they do

Their core work

Insolight is a Swiss deep-tech SME commercializing high-efficiency hybrid photovoltaic modules that combine multijunction solar cells with a planar optical micro-tracking layer. Their technology aims to reach module efficiencies around 30%, well above conventional silicon panels, while keeping a flat form factor suitable for rooftops and agrivoltaic installations. They contribute technology development, pilot manufacturing, and field demonstration capabilities rather than pure research, positioning themselves between lab science and industrial PV deployment.

Core expertise

What they specialise in

Hybrid high-efficiency photovoltaic modulesprimary
1 project

HIPERION (EUR 3.28M) focuses on hybrid PV reaching ~30% module efficiency using integrated optical technology.

Optical micro-tracking for solar cellsprimary
1 project

HIPERION keywords explicitly cover optical micro-tracking solar cells, their core proprietary approach.

Multijunction (III-V) solar cell integrationprimary
1 project

HIPERION targets multijunction solar cell integration into flat modules for mainstream PV markets.

Pilot-scale PV manufacturingsecondary
1 project

HIPERION includes a pilot production line and demosites, indicating scale-up and industrialization capability.

Citizen science and responsible research in PVemerging
1 project

GRECO engaged Insolight in open science, quadruple helix, and citizen scientist activities around photovoltaics.

Evolution & trajectory

How they've shifted over time

Early focus
Open science in photovoltaics
Recent focus
High-efficiency hybrid PV modules

In 2018, Insolight entered H2020 through GRECO, a society-facing project built around responsible research, open science, and citizen engagement in photovoltaics — a relatively small, outreach-oriented role. From 2019 onward they moved firmly into their core technical domain with HIPERION, a much larger energy project on hybrid PV, multijunction cells, micro-tracking optics, and a pilot production line. The shift is clear: from a peripheral role in PV communication toward a central technology provider role in high-efficiency solar manufacturing.

They are moving from research-and-communication participation toward industrial scale-up of their proprietary high-efficiency PV technology, making them an increasingly relevant partner for pilot lines, agrivoltaics, and next-generation solar deployment projects.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European12 countries collaborated

Insolight joins as a participant rather than a coordinator, contributing a specific technology block inside larger consortia. Across just two projects they have worked with 25 partners in 12 countries, suggesting they bring a well-defined capability that different consortia plug into rather than a broad project-management profile. For partners, this means they are best engaged as a technology provider or industrial demonstrator, not as a lead administrator.

They have collaborated with 25 unique partners across 12 countries in only two projects, indicating a broad European reach despite a small project count. No single recurring partner bloc is visible, which is typical of a Swiss technology SME plugging into pan-European energy consortia.

Why partner with them

What sets them apart

Insolight is one of very few European SMEs turning multijunction III-V solar cells — usually reserved for satellites and concentrator systems — into flat, roof-compatible modules via planar optical micro-tracking. That combination of space-grade cell efficiency with terrestrial form factor is unusual in the PV landscape. For partners, they are the go-to technology block when a consortium needs efficiencies beyond silicon without leaving conventional installation practices.

Notable projects

Highlights from their portfolio

  • HIPERION
    Their flagship H2020 project at EUR 3.28M, driving a pilot production line and demosites for 30%-efficiency hybrid PV modules.
  • GRECO
    An unusual fit for a hardware SME: a society-and-open-science project that shows willingness to engage with citizens and the quadruple helix around PV.
Cross-sector capabilities
manufacturingsocietyenvironment
Analysis note: Profile is based on only two H2020 projects; the technical picture is clear and consistent with their known PV technology, but collaboration patterns and long-term evolution are inferred from a limited dataset.