Durability layer for solar assets
Solarthat cantake a hitSolar thatcan take a hit
Transparent protective layer for PV modules, engineered for durability and optical performance on Earth and beyond.
AROVIA IS TRUSTED BY
Built first for high-risk solar environments.
From desert heat to orbital extremes and power-dense infrastructure, Arovia is being shaped around environments where durability is the requirement.
Desert
Heat, dust, and long-exposure field conditions.
Space
Radiation, thermal cycling, and mission-critical surfaces.
Data centers
Power-dense infrastructure with rising resilience demands.
A new layer in solar resilience.
A transparent elastomeric layer engineered to absorb impact, manage light, and help preserve long-term module performance.
A patented materials platform, adapted for solar protection.
19
Patents granted
CES
Innovation Award
R&D 100
Award winner
Validation roadmap
From working prototype to field ready
Arovia has moved beyond concept work with a functioning prototype and preliminary testing underway. The roadmap now is about turning early material performance into the evidence package solar buyers need to evaluate a new module-surface layer.
Prototype built
Working material system in hand, with preliminary testing guiding the balance between transparency, elasticity, and surface protection.
Lab characterization
Deeper optical, impact, adhesion, abrasion, UV, moisture, and thermal-cycle studies around solar-relevant conditions.
Field exposure
Small-area module trials in high-stress environments to observe installation behavior, weathering, cleaning, and performance stability.
Independent qualification
Third-party review, partner pilots, and documentation shaped for module partners, developers, and technical diligence teams.
Contact
Building for solar assets that can't afford downtime.
We're speaking with operators, module partners, developers, and technical advisors working on durability in high-risk solar environments.