LONGi Shanghai International Circuit 0.82MW Hi-MO X10 Anti-glare PV Project

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Project Overview

  • Project Type
    C&I
    Project Location
    China | Shanghai
  • Project Capacity
    0.67 MW
    Product Type
    Hi-MO X10 Anti-glare
Technical Highlights
The modules utilize the industry-leading HPBC 2.0 technology, hiding the electrodes on the back of the cell, leaving "no frontal gridline" on the front side. Paired with a sub-micron Anti-reflection film and specially treated glass, they completely eliminate the dazzling glare caused by specular reflection. The maximum brightness value in the busbar area is only 1/140th that of conventional modules; the maximum front brightness value is reduced by 76.19%. This means: when a driver navigates a corner next to the PV-equipped structure at 300 km/h, even direct sunlight on the module surface will not cause dazzling light interference. Testing by the Singapore SAC-certified OTM laboratory shows: the total sunlight reflectivity of the Anti-Glare module is as low as 0.9%, only 1/10th of the reflectivity of white paper; comparative tests by the National PV Quality Inspection Center (CPVT) show: under the same light conditions, its average reflectivity at different angles is reduced by 57.1% compared to conventional TOPCon modules, with a maximum reduction of 74.5%.

Project Highlights

F1 events are highly energy-consuming, with the electricity consumption of a single race equivalent to that of over a thousand households for a month 91视频播放. Furthermore, the metal gridlines of traditional PV modules can cause specular reflection, potentially interfering with drivers' vision. Therefore, the Shanghai F1 circuit introduced Hi-MO X10 Anti-Glare modules, which can cover most of the venue's daily electricity consumption.


This PV power station generates 1 www91. 2 million kWh annually, equivalent to reducing CO2 by 960 tons/year, roughly equal to planting 53,000 trees.


LONGi modules are precisely arranged on areas like the main grandstand roof and pit building canopy, not occupying track space, and blend seamlessly with the venue's tech-inspired design.