Innovation-Driven: Flexible Perovskite Technology Leads Industrialization

Leveraging core proprietary technologies and patent advantages, Polyrocks Chemical's exhibited flexible perovskite modules – featuring large-area (2.4*1.2m), ultra-lightweight (1.7mm thickness), high bendability, and efficient low-light performance – emerge as ideal solutions for power plants, distributed rooftops, BIPV, and CIPV applications. The company has initiated GW-scale mass production line construction in Anqing, Anhui Province, scheduled for Q3 2026 operation, heralding a new era of scalable perovskite applications.

8 Competitive Advantages of Flexible Perovskite Technology

(1) High Efficiency

10-15% higher energy yield per watt than crystalline silicon. Under equal capacity, generates more electricity than conventional PV.

(2) Safety & Reliability

No hot spots/microcracks/PID, with exceptional mechanical strength. Resists extreme temperatures, wind/snow loads, and harsh environments.

(3) Low-Light Performance

Generates power at dawn/dusk, under clouds, or even indoors.

(4) Shading Tolerance

Minimizes power loss when partially shaded by objects or foliage.

(5) High-Temperature Resilience

Lower temperature coefficient ensures superior efficiency in heat compared to silicon modules.

(6) Rapid Installation

No mounting clamps required, reducing time and costs by 30%.

(7) Flexible Adaptability

Lightweight, thin, and bendable design enables diverse applications.

(8) Low-Carbon Footprint

75% lower lifecycle energy consumption than silicon alternatives.

Strategic Upgrade: Building an Open Ecosystem

During SNEC, Polyrocks engaged global partners in technical collaborations and market expansion, championing "Openness, Inclusivity, Unity, Progress, and Shared Success" as core values to drive perovskite industrialization. The R&D Director stated: "We remain committed to our mission – 'Reinventing Energy, Smart Creating Future' – accelerating PV flexibility and scenario-based transformation through material innovation."