Recently, SoleFiori has successfully developed colored HJT modules using photonic crystal structural color technology. The initial release includes three color series: blue-violet, red-yellow-green, and blue-green. This achievement represents significant progress in merging high-efficiency power generation with visual aesthetics, opening new pathways for green energy applications.

The new modules employ innovative photonic-crystal structural-color technology that precisely controls periodic nano microspheres to regulate specific light waves. The blue-violet series exhibits a deep mystical shimmer, while the red-yellow-green series displays warm vibrant gradients. Additionally, the blue-green series presents fresh natural transitions.

SoleFiori's colored HJT modules combine aesthetics with high performance. They maintain ultra-high light transmittance while minimizing power efficiency loss, far surpassing traditional colored PV modules. The photonic crystal structure offers exceptional stability, with UV resistance and high humidity and temperature endurance ensuring color longevity exceeding 25 years. It effectively solves traditional issues like fading and aging. The environmental profile is outstanding, containing no lead or cadmium with minimal production carbon emissions, fully aligning with green manufacturing standards.

The introduction of efficient colorful modules dramatically expands PV technology applications. The blue-violet series suits modern architectural and premium commercial projects, adding the sense of science and technology and the future. The warm tones of the red-yellow-green series are ideal for cultural and educational buildings and public art installations. The fresh blue-green shades blend perfectly with ecological architecture, waterfront landscapes, and park facilities. These colorful modules can serve as architectural decorative elements, achieving a harmony of functionality and aesthetics.

SoleFiori's launch enriches the aesthetic value of PV products while advancing the integration of solar power with urban architecture and public infrastructure. This innovation provides new solutions for popularizing green energy and enhancing urban aesthetics.