LONGi Hangzhou Shujie 1.5MW Hi-MO X10 Light-design Module C&I PV Project

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Project Overview

  • Project Type
    C&I
    Project Location
    China | Hangzhou
  • Application Scenario
    Rooftop
    Project Capacity
    1.5 MW
  • Product Type
    Hi-MO X10 Light-design
    COD
    2025.08
Technical Highlights
At only 7.2 kg/m², Hi-MO X10 modules are ideal for aging industrial rooftops in Hangzhou. Through multiple weight-reduction technologies, they are 42% lighter than standard TOPCon modules, reducing rooftop load by 36 tons per 10,000 m². Hi-MO X10 Light-Design Modules with HPBC 2.0 cells offer advanced shading resistance and fire safety. Under partial shading (e.g., bird droppings or leaves), single-cell shading triggers self-bypass, recovering 70% of power loss compared to conventional modules. HPBC 2.0 also reduces hotspot temperatures by 72.4℃, lowering fire risks. The backsheet structure incorporates Ⅰ-beam stiffeners, creating an efficient mechanical load distribution, increasing maximum load capacity by over 20%; the module frame thickness is increased by 5%, and combined with a special frame structure design, the overall mechanical strength is improved by 20%, suppressing frame distortion under strong wind and snow loads; the weight of the backsheet encapsulant film is increased by 30 grams compared to other products, significantly enhancing sealing, resistance to humidity and heat, and Micro Crack Risk.

Project Highlights

Hangzhou Shujie Hygiene Products Company requires continuous and stable power support for its raw material processing and packaging processes. To promote green production and reduce electricity costs, previously reliant solely on the municipal grid, they constructed a 1.5 MW photovoltaic power station using Hi-MO X10 Light Design modules.


The project is now fully operational and stably connected to the grid, with an annual power generation capacity of 1.6 million kWh. It helps Shujie save ¥860,000 (approx. $120,956 USD) in electricity costs and generates about $14,065 in annual electricity sales revenue. The estimated carbon reduction over 25 years reaches 40,000 tons.