LONGi Jordan Al Izdehar Carton Factory 1 MW Commercial PV Project

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Project Overview

  • Project Type
    Industrial and commercial projects
    Project Location
    Jordan | Al Muwaqqar
  • Application Scenarios
    Rooftop
    Project Capacity
    1 MW
  • Product Type
    Hi-MO X10
    COD
    2025/04
Technical Highlights
1. High Temperature Resistance: The scorching summer sun in Jordan is relentless. With a power temperature coefficient of -0.26%/°C (0.03% better than TOPCon products per °C), Hi-MO X10 delivers superior power generation even under high temperatures. Its first-year degradation is only 1%, and a linear degradation rate of merely 0.35%, ensuring consistent power output throughout its lifecycle; 2. Sandstorm Resistance: Hi-MO X10 modules feature LONGi’s self-developed TyRE silicon wafers, achieving a 16% improvement in mechanical strength. The full back-side ‘one-line’ structure welding reduces edge stress, offering resistance to sandstorms, impacts, and micro-cracks, capably handling persistent sand particle abrasion throughout the year; 3. Shadow Tolerance: Hi-MO X10 boasts a unique low-conduction design that enables bypassing individual cells under partial shading conditions. This reduces power output loss by 70% compared to conventional modules and lowers local temperatures by 28%, effectively suppressing hot spots and eliminating fire hazards.

Project Highlights

On the rooftop of Izdehar Carton Factory in Jordan's Al Muwaqqar Industrial Area, a 'green electricity armor' has been carefully crafted using 1,500 LONGi Hi-MO X10 modules. Spanning approximately 10,000 m², this setup forms a 1 MW clean energy source.

With over 3,200 hours of annual sunshine, this location is a perfect choice for photovoltaic power installations. LONGi Hi-MO X10 modules, with their outstanding power generation performance and reliable environmental adaptability, perform steadily and efficiently in the face of high temperatures, sandstorms, and shading challenges, delivering a continuous flow of high-efficiency green electricity to the owner.