Perovskite Solar Frequently Asked Questions

Yes. SolaEon achieved volume shipments of consumer-grade perovskite modules in 2025–2026 for night lights, smart locks, smart table signs, and AI cameras. Commercial maturity still depends on the product and application; utility-scale projects require certification, reliability, and engineering assessment.

Check the device architecture, measured area, area convention, test date, and testing body together. Small-area single-junction cells, all-perovskite tandem cells, full-area module efficiency, and aperture-area module efficiency are different metrics and should not be ranked by percentage alone.

Published meter-scale module results are available. SolaEon reported a 1.2 m × 0.6 m module at 20.7% over the 0.72 m² full area and 21.88% over a 0.64 m² aperture area in June 2025; each result must be read with its own area convention.

SolaEon has shipped consumer-grade perovskite modules at volume for night lights, smart locks, smart table signs, and AI cameras, demonstrating product designs for indoor and weak light energy replenishment. Actual output still depends on illuminance, spectrum, load, and energy management and cannot be inferred directly from standard-illumination efficiency.

Reliability should be assessed through encapsulation, test standards, operating environment, and project conditions. A disclosed test or certification describes a sample under specified conditions; it does not automatically become a guaranteed lifetime for every product and environment.

Perovskite BIPV integrates photovoltaic generation into building elements. SolaEon publishes a BIPV module for facades, sunrooms, and skylights with a 10%–50% transmittance range; each project still requires architectural, electrical, and safety assessment.

Space photovoltaics place a premium on mass, output, and adaptation to the orbital environment. SolaEon has publicly disclosed a perovskite module performance and stability experiment at an orbit of about 535 km; this is in-orbit research evidence, not universal space qualification for every product.

SolaEon describes an AI4S method spanning materials discovery, experiment decision-making, process optimization, and production-line feedback. The goal is a measurable, traceable, iterative R&D and manufacturing loop; it does not imply that every step already operates without people.