List commercially available peroskite solar panel
Executive summary
Several firms have moved perovskite photovoltaics out of the lab and into limited commercial products: Oxford PV is shipping perovskite-on-silicon tandem modules to U.S. customers, Chinese maker UtmoLight has exhibited and sold full perovskite modules for building-integrated applications, and niche suppliers such as Saule Technologies and small Chinese manufacturers are offering flexible or specialty perovskite products; however, broad residential and utility-scale availability remains constrained by durability, scale-up, and bankability challenges [1] [2] [3] [4] [5] [6].
1. Oxford PV: the headline commercial tandem product
Oxford PV announced and began commercial distribution of 72-cell perovskite-on-silicon tandem modules that the company says deliver 24.5% module efficiency and up to 20% more energy than conventional silicon modules, and the firm confirmed first deliveries to U.S. customers in 2024 as the first commercial perovskite tandem shipment worldwide [1] [2].
2. UtmoLight and Chinese entrants: early full-perovskite modules and BIPV focus
Chinese firms have been first to show full perovskite modules at trade shows and to target commercial niches: UtmoLight showcased the UL-M12-G1 full perovskite module (1,200 × 600 mm) in multiple power classes and has reported commercial sales and IEC testing aimed at building-integrated PV (BIPV) applications, and other Chinese module makers and equipment suppliers are moving small-scale perovskite product lines toward market use [3] [7] [8].
3. Flexible, lightweight, and niche offerings from startups
Startups such as Saule Technologies have commercialized inkjet-printed perovskite cells for flexible, lightweight, semi-transparent applications and offer BIPV or specialty products and licensing, while other early suppliers are marketing perovskite films and small modules for portable electronics, EV charging shelters, awnings and similar niche deployments rather than mainstream rooftop installations [4] [5].
4. Companies in development but not yet broadly selling full rooftop panels
A cohort of firms — including U.S. startups like Tandem PV and other developers that tout utility-scale tandems — are moving into pilot production and target commercial utility customers in 2025–2026, but most remain in scale-up or pilot stages rather than mass-market residential channel distribution; claims of imminent mass availability should be read against manufacturing, testing and certification timelines [9] [10] [11].
5. The caveats: stability, testing, bankability and hype
Federal and research bodies warn that perovskite PV faces four simultaneous hurdles — stability/durability, scaled efficiency, manufacturability and bankability — and while perovskite-silicon tandems have reached near-34% cell efficiencies in labs, industry validation and lifetime performance under UV, moisture and heat remain the gating factors for broad commercial finance and insurance acceptance [6] [12] [11].
6. Market reality: limited but growing product list, fragmented claims
In practice, the commercially available perovskite products today are a fragmented list: Oxford PV’s perovskite-on-silicon tandem modules for commercial customers (delivered in 2024), UtmoLight’s UL-M12-G1 perovskite modules for BIPV and commercial buyers, flexible and semi-transparent films or coated glass from suppliers such as Saule Technologies, and small-scale niche perovskite cells and modules from select Chinese producers — with larger-scale residential and utility channels still awaiting wider manufacturing ramp-up and certification [1] [2] [3] [4] [5].
7. What to watch next: production, standards and early field data
The fastest signals that perovskite panels are truly commercially mature will be durable IEC-validated product lines from multiple vendors, independent field-yield data over multi-year trials, and financial institutions underwriting large projects; government programs and industry forecasts expect targets and pilot demonstrations through 2026 even as analysts debate which fabrication route and which producers will dominate global deployment [6] [12] [11].