Leascend Showcases High Power HJT Modules At SNEC 2025

China’s Leascend Photovoltaic Technology Co. Ltd. (“Leascend PV”) showcased its HJT products, covering both cells and modules, at SNEC 2025. The Leascend Uranus G12 SMBB HJT module features a 132 half-cut cell configuration using 210 mm wafers. At the exhibition, the company highlighted a module with a mass production level above 735 W and a conversion efficiency of 23.66%.

The company claims reaching a peak output of 781.97 W under bifacial test conditions, with a rated bifaciality of 85±5%. The company also showcased its Uranus G12-0BB HJT module, which utilizes ZBB technology. This module reaches a rated output of 740 W with a maximum efficiency of 23.82%. Both modules have dimensions of 2,384 × 1,303 × 35 mm and weigh 38.4 kg. The 2 mm dual glass module supports wind loads of up to 5,400 Pa. The temperature coefficient of power is –0.24%/°C. First-year degradation is rated at ≤1%, the module carries a 15-year product warranty and a 30-year linear power output warranty.

On the cell side, the company showcased its latest G12-0BB HJT cells, combining crystalline silicon with thin-film passivation. These cells offer high efficiency and stability while avoiding light-induced degradation (LID) and potential-induced degradation(PID). With a bifaciality of up to 95%, the company claims this cell’s average conversion efficiency in mass production has surpassed 26%, with the latest batches reaching 26.23%. Commercialization timelines for these products are unclear. Thus, despite qualifying for inclusion with its integrated cell and module capability, the company does not feature in the TaiyangNews TOP SOLAR MODULES listing, given the lack of proof of commercialization.

Stay tuned for TaiyangNews’ upcoming report on New Solar Modules & Mounting Systems Overview 2025.