Validated in the Field: Photon Crystal Energy Achieves Pilot-Line Mass Production, Authoritative Certifications, and Nearly 15% Higher Power Generation, Unlocking New Possibilities for Green Electricity

As the year draws to a close, the Photon Crystal Energy team has been working at full speed. The company's standard perovskite PV module products have delivered repeated success in field applications. Three core developments - efficient pilot-line mass production, authoritative industry certification, and validated field power station data - have provided customers with a strong report card across both technology and market readiness.

1. Pilot-Line Mass Production Reaches 120 W, With Batch Shipments for Pilot Projects

In 2025, Photon Crystal Energy's 100 MW perovskite PV module pilot line was officially validated and achieved efficient mass production. Its 1.2 m x 0.6 m large-area modules reached 120 W. Products have been shipped successively to distributed energy pilot demonstration projects, completed installation and commissioning, and successfully connected to the grid for power generation, receiving wide customer recognition. This marks the company's key leap from technology validation to scaled application and enables it to provide customers in batches with next-generation PV power generation solutions that can be deployed in real projects.

2. 1.2 m x 0.6 m Standard Modules Receive TUV Certification, Marking Another Breakthrough in Efficiency and Stability

Photon Crystal Energy's 1.2 m x 0.6 m standard perovskite modules recently passed authoritative testing by TUV SUD, received certification under IEC 61215:2021 for PV module performance and long-term reliability and IEC 61730:2023 for PV module safety. The stability and reliability of the products have received global recognition. This certification is an authoritative endorsement of the performance of Photon Crystal Energy's mass-produced modules. It also means the company has reached an important new stage in the coordination of high-efficiency power generation and long-term stability, providing strong protection for customers by reducing later-stage operation and maintenance risks.

3. Perovskite Field Demonstration Power Station Runs for Half a Year With No Degradation and Nearly 15% Higher Generation Than Crystalline Silicon Modules

Even more noteworthy for the industry is data from Photon Crystal Energy's self-built outdoor perovskite field demonstration power station. Since commissioning half a year ago, the modules have shown no degradation in power generation efficiency. Under the same conditions, their electricity generation has been nearly 15% higher than that of traditional crystalline silicon modules. This data verifies the power generation advantages and durability of perovskite modules in real outdoor scenarios and provides solid field evidence for the investment returns of distributed PV projects.

4. Multi-Scenario Field Deployment, Proven Through Real Projects

At present, Photon Crystal Energy's perovskite modules have been applied at scale in multiple typical distributed PV scenarios, using real cases to validate scenario adaptability:

Building rooftops: The 1.2 m x 0.6 m standard modules fit various building rooftops. They are lightweight, flexible, and easy to install, and their actual power generation can efficiently cover daily electricity needs such as lighting, air conditioning, and office equipment.

Solar-storage-charging integrated carports: The lightweight and attractive modules integrate seamlessly with carport structures, converting solar energy into electricity in real time to charge electric vehicles, while surplus power is stored in the supporting energy storage system. A smart management system enables full-process visualization of parking, charging, and energy storage, making the carport a "green demonstration card" for urban transportation scenarios.

Park pavilion roofs: On top of the basic functions of shading and sheltering from rain, the pavilion roof adds PV power generation capability to meet electricity demand for nearby lighting and leisure facilities, creating a "zero-carbon rest space" and allowing residents to directly experience the convenience of green energy.

From the laboratory to scaled mass production, and from technology certification to scenario deployment, Photon Crystal Energy is using the advantages of perovskite PV modules - high efficiency, light weight, thin form factor, attractive design, and tunable appearance - to open a new future for distributed energy. The company is creating green-electricity solutions that combine high power generation, long lifecycle, and compatibility with human living environments. With solid technical barriers, clear market demand, and strong policy support, Photon Crystal Energy has opened a differentiated growth path.

In the future, Photon Crystal Energy will continue to deepen its work in perovskite PV module technology and provide a rich variety of PV building material products for more urban scenarios, accelerating progress toward the dual-carbon goals. This is only the beginning of perovskite PV's disruption of tradition.