京东方携七大场景展区亮相SNEC2026 钙钛矿项目的目标是「大规模电站」

This article covers BOE's participation in the 2026 SNEC Photovoltaic Exhibition, where the company unveiled the latest progress in its perovskite photovoltaic business and AI+energy strategy. Key takeaways are as follows:

1. Perovskite business: Leveraging its existing technical expertise in the display industry, BOE has achieved mass delivery of flexible perovskite products, setting 4 world records for conversion efficiency. The company has planned a 200 kW pilot project in Hefei, and will conduct performance tests in three extreme-climate locations—Mohe, Turpan, and Yinchuan—in the second half of 2026. GW-scale mass production is scheduled to launch after efficiency and lifespan targets are met between 2027 and 2028, with a phased market entry strategy across different segments.

2. AI+energy layout: BOE has developed four integrated AI application scenarios: AI forecasting, AI scheduling, AI diagnosis, and AI Q&A, covering end-to-end energy sector needs. These solutions improve forecasting accuracy, optimize scheduling efficiency, cut operation and maintenance costs, and help enterprises across industries achieve green, net-zero transition.

This article outlines BOE's brand building and business planning for its entry into the emerging perovskite sector, offering valuable insights for brand owners in the new energy industry.

1. Brand marketing: BOE leveraged the top-tier industry event SNEC to make its announcement, promoting its sustainable development brand vision under the theme "Gather Green Energy, Coexist in Net Zero". It has also built brand credibility through third-party certifications from international authoritative bodies, quickly establishing industry recognition.

2. R&D alignment with industry trends: By transferring and adapting existing OLED display technology, BOE reduced costs, improved efficiency, and rapidly solved the core challenges of large-area perovskite devices: efficiency and lifespan. It pursues a short-, medium- and long-term strategy targeting differentiated market segments, avoiding red-ocean competition in the early stage of industrialization.

3. Scenario expansion: BOE has already deployed multiple BIPV construction projects and innovative consumer electronics applications, verifying the feasibility of multi-scenario adoption of perovskite, and highlighting the future industrial and consumer trend of cross-industry integration of photovoltaics.

This article outlines the latest developments in the perovskite photovoltaic and AI+energy sectors, providing opportunity references and risk warnings for sellers in related fields.

1. Opportunities: Perovskite already has mature segmented application scenarios: flexible rooftop and RV photovoltaic modules are already in mass delivery, while photovoltaic electronic price tags and photovoltaic-powered unmanned sweepers have already been launched to the market, meaning differentiated niche segments are ready for entry. AI+energy has already achieved mature deployment in areas including complementary multi-energy systems, virtual power plants, and intelligent energy efficiency control, creating abundant partnership opportunities.

2. Risk warnings: GW-scale mass production of perovskite for large power plants will not launch until 2027–2028, after efficiency and lifespan requirements are met. Sellers should avoid rushing into large-scale capacity expansion prematurely to prevent losses from unproven technology.

3. Key takeaway: BOE entered the new sector by leveraging its existing display technology expertise. Sellers can also enter new emerging sectors by building on their existing capabilities to cut costs and improve efficiency.

This article breaks down BOE's development path for its perovskite business, offering valuable insights for traditional manufacturing facilities looking to enter new sectors and advance digital transformation.

1. R&D and production: Perovskite devices share highly similar technical principles and process structures with OLED panels. BOE directly transferred its accumulated display technology and manufacturing management system to the new business, drastically shortening R&D cycles: its glove box project produced a sample in just over 20 days, and the pilot line rolled out its first sample in 38 days, the fastest speed recorded in the industry. This cross-sector technology transfer approach is well worth reference for manufacturing facilities.

2. Business opportunities: Perovskite adoption will roll out in phases. In the short term, there is strong order demand in 3C consumer products, low-light scenarios, and BIPV, while in the long term, the sector will see massive market opportunities in large-scale power plants and space photovoltaics. Factories can match their current capabilities to opportunities in the corresponding development phase.

3. Digital transformation insights: BOE has deeply integrated AI into its energy business, deploying four AI applications to cut costs and boost efficiency. This transformation path, which combines technology with actual business scenarios, provides a clear reference for traditional manufacturing plants.

This article summarizes current industry trends, core client pain points and proven solutions in the new energy photovoltaic sector, offering valuable reference for new energy service providers.

1. Industry trends: Perovskite photovoltaics is currently one of the hottest segments in the industry, gradually moving from the lab to industrialization, with phased deployment across different application scenarios and massive market potential. Meanwhile, AI-energy integration is an inevitable industry direction, with mature application scenarios already deployed, and wider penetration across more energy-related fields expected going forward.

2. Core client pain points: The biggest bottleneck for the perovskite industry today is that large-area devices still cannot meet efficiency and lifespan requirements for mass production. For new energy operations, core pain points include low power generation forecasting accuracy, suboptimal overall scheduling, high operation and maintenance costs, and delayed fault prevention.

3. Solution reference: BOE solved core perovskite challenges by transferring existing display technology, and built four organically integrated solutions for the AI+energy sector that cover full-value-chain needs, which can serve as a reference for service providers developing their own offerings.

This article outlines industry demand for platforms and the latest industry dynamics in new energy, providing operational reference for energy and industry exhibition platforms.

1. Industry demand for platforms: Perovskite is still in the early stage of industrialization, so companies urgently need professional exhibition platforms to connect resources and authoritative certification platforms for credit endorsement. BOE showcased its products at SNEC and boosted its credibility through TÜV Rheinland certification, highlighting the core value of professional platforms for the development of new industries.

2. Investment attraction and operational direction: Platforms should prioritize emerging tracks such as perovskite and AI+energy, attract leading industry players to participate as anchors, and carry out investment attraction around the ecosystem needs of these leading firms. As a leading player, BOE has already clarified its industrialization path and has extensive demand for upstream and downstream cooperation.

3. Risk mitigation: Mass production of perovskite for large-scale power plants still needs to wait for technology maturation, so platforms should avoid prematurely and blindly promoting large-scale power plant projects. Instead, they should prioritize segmented projects that are already mature to reduce operational risk.

This article presents the latest industry developments in the perovskite photovoltaic and AI+energy sectors, offering valuable reference for researchers in the new energy field.

1. New industry developments: Perovskite has already achieved mass production in segmented scenarios, and leading player BOE has clarified the technical requirements and timeline for GW-scale mass production, with a clear short-, medium-, and long-term market layout path. Meanwhile, full-value-chain integration of AI and energy has already delivered four typical application scenarios, which combine to form a complete value cycle, representing a notable new development in the energy sector worth tracking.

2. Innovative business model: BOE leveraged its existing display technology accumulation and manufacturing system to cross into the perovskite photovoltaic sector, achieving rapid cost reduction and efficiency improvement through technology transfer, and drastically shortening R&D cycles. This cross-sector extension innovation model has high research value.

3. Case study reference: This article provides a complete case study of a leading enterprise entering an emerging energy sector, offering a real-world research sample for scholars studying the development path and technology commercialization logic of emerging new energy industries.