Photon Crystal Energy Technology Co., Ltd. (hereinafter Photon Crystal) is a high-tech company jointly founded by a team of PhDs returned from Australia and alumni of Peking University. The founding team includes one Academician, one Professor, two PhDs and several masters. The core founder, Prof. Fuzhi Huang, has been focused on the research of high-efficiency, stable, large-area printable Perovskite Solar Cells at lower cost for more than a decade, and well-known for his abundant experience in solar cell development and deep technology insights.

Photon Crystal's core business is to develop large-area Perovskite Solar Modules with high efficiency, long lifetime and low carbon footprint to achieve large-scale industrialization and commercialization. The team has developed a proprietary large-area perovskite thin-film printing technology and has achieved fabrication of large-area perovskite solar modules with industry-leading PCE, showing leading comprehensive performances amongst counterparts. Photon Crystal has been backed by a number of top-tier venture funds with over one hundred million RMB.

"Make Solar Energy Readily Available Everywhere". By producing high-quality and low-cost photovoltaic (PV) products, Photon Crystal will make solar energy available for everyone and significantly contribute to China's grand goals of carbon neutrality and carbon peaking, as well as to the green energy transition across the world.

Mission: Green Energy Revolution for A Better Planet

Vision: To bulid Affordable Green PV Products & to Become A Globally Leading Clean Energy Company

Values: Innovation, Hardworking, Collaboration, Sharing

Photon Crystal's 100MW pilot plant, located in the Nanhai District, Foshan City, will be completed and put into operation in 2024. The pilot plant has seamless integration of production and R&D, highly intelligent and automated, combination of modularization and flexibility. The pilot line is capable of achieving lean manufacturing by optimizing supply chain management with real-time data-driven decision-making. The integrated design of BIPV and energy storage will reduce carbon emissions effectively.