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搭载HPBC2.0技术 隆基绿能进军轻质组件市场
Core Viewpoint - The launch of the Hi-MO X10 lightweight dual-protection module by Longi Green Energy addresses the challenge of installing photovoltaic systems on roofs with low load-bearing capacity, which affects over 30% of rooftops. The product is designed for old factories and lightweight structures, claiming to be the "preferred product for low-load commercial rooftops" [2][4]. Group 1: Product Features - The Hi-MO X10 module weighs only 7.2 KG/m², utilizing multiple weight-reduction techniques, resulting in a 42% weight reduction compared to conventional dual-glass TOPCon modules, thereby reducing the load on a 10,000 m² roof by 34 tons [2]. - The module achieves a conversion efficiency of 24.8%, with a power output increase of 140W compared to standard lightweight modules, and reduces overall Balance of System (BOS) costs by 33% [2][3]. Group 2: Structural Integrity - Despite the weight reduction, the Hi-MO X10 maintains high quality, with a 50% increase in maximum load-bearing capacity and a 50% reduction in deformation at the center of the module, enhancing its compressive and bending resistance [3]. - The module employs HPBC 2.0 technology, which improves mechanical strength by 16% and reduces edge stress by 48%, while the 0BB battery structure enhances compressive strength by 23%, ensuring greater reliability [3]. Group 3: Market Position and Advantages - The Hi-MO X10 has been installed in a pilot project at the Chongqing Wanhua Cultural and Creative Industry Park, where the total weight of the installation was reduced by nearly 40% compared to conventional TOPCon modules [4]. - The financial performance of the project indicates that the income and payback period are superior to traditional models that require roof reinforcement, allowing the park to continue operations during installation, thus maintaining revenue and improving renovation efficiency [5]. Group 4: Future Developments - Longi Green Energy is committed to a development philosophy centered on reliability and technological leadership, having established a product system based on second-generation BC technology and is set to introduce various "scenario-based" products to meet diverse customer needs [5].