About US
Lians Technology has two core business segments: intelligent manufacturing (including third-generation high-efficiency heterojunction (HJT) photovoltaic cells, HJT photovoltaic modules, HJT photovoltaic building materials such as photovoltaic tiles and photovoltaic walls, as well as smart manufacturing products like energy storage); and Lians Energy Technology (development, investment, construction, and operation of smart photovoltaic power stations with solar and storage, as well as investment and development of smart solar-storage microgrids).
Lians Intelligent Manufacturing produces heterojunction HJT solar power products, which currently represent the most advanced technology globally. The mass production efficiency of these solar cells can exceed 26.5%. The heterojunction/perovskite tandem cells developed and manufactured have been certified by the National PV Product Quality Supervision and Inspection Center, achieving an efficiency of 32.99%. The mass production efficiency of the modules reaches over 24.63%, with the capability to deliver high-efficiency modules with a power output of 765W+. All performance metrics of the battery modules are industry-leading, featuring ultra-high conversion rates, bifacial power generation, low-light performance, minimal degradation, low carbon footprint, and pioneering 0BB (no busbar) technology with reduced silver content (silver content as low as), ultra-thin and lightweight design, among other core technologies. The company leads the industry in battery technology. It makes the most cost-effective green electricity possible, widely applied in high-end core application scenarios.
The P-type HJT developed and manufactured by the company is the mainstream power generation battery for aerospace satellites, with the following advantages in space applications: (1) **Extreme lightweight**: The P-type HJT employs low-temperature processes, compatible with thin-film technology around 50μm, reducing thickness by over 50% compared to other crystalline silicon routes. This lowers satellite launch weight and costs. (2) **Radiation-resistant design**: The P-type HJT utilizes window layers and substrate materials that withstand high UV and energetic particle radiation in space. Over the lifespan of low-orbit satellites, degradation remains below 15%, ensuring long-term stable power supply. (3) **High efficiency**: Even after radiation-resistant processes, the P-type HJT maintains efficiency above 25%, offering an absolute efficiency advantage over other crystalline silicon technologies.
Lians Energy Technology: The company possesses world-leading technological expertise in the development of smart photovoltaic-storage power stations and investment in smart microgrid systems. It also has extensive experience in the utilization of green energy across multiple scenarios and intelligent operation and maintenance management services.
The company boasts superior products, a leading business model, and core competencies in global aviation, domestic high-end application scenarios, and energy intelligent technology.
