mg冰球突破

LONGi Saudi Arabia 12.538MW Commercial PV Project

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Project Overview

  • Project Type
    PV + Agriculture
    Project Location
    Saudi Arabia
  • Application Scenarios
    Farmland
    Project Capacity
    12.538 MW
  • Product Type
    Hi-MO X10 Guardian Anti-Dust
    Partner
    SDC
Technical Highlights
High Power Generation: Based on HPBC 2.0 cell technology and equipped with TaiRay wafers, Hi-MO X10 integrates multiple advanced module technologies like 0BB. It achieves a maximum power of 670W and a module efficiency of up to 24.8%. It increases installed capacity by over 5% in the same area. Enhanced Reliability: The modules have passed three stringent tests (DH, UVID, TC) and possess strong System-level resistance to mechanical stress, reducing the Micro Crack Risk by approximately 87.2%. The 30-year ultra-long warranty ensures customers have no concerns about subsequent product use and maintenance. Climate and Geographic Adaptation: Saudi Arabia frequently experiences extreme weather like high temperatures and sand/dust. The Hi-MO X10 Anti-Dust module utilizes high density packaging and possesses "comprehensive anti-aging" performance. Compared to TOPCon modules, it is more heat-resistant and sun-proof, minimizing the impact of extreme weather on PV module efficiency and service life.

Project Highlights

With population growth and industrial expansion straining power supply in many parts of Saudi Arabia, the country launched its "Vision 2030" plan, encouraging residents and industries to use 100% renewable energy. Furthermore, with up to 8.9 hours of daily sunshine supporting 1,800 annual full-load hours for PV power stations, building solar plants has become a primary local choice.

Compared to traditional PV systems, this power station has increased generation efficiency by 15%-20%. Its annual power generation far exceeds expectations, reducing CO? emissions by 12,000 tons annually.

This project implements an Agrivoltaic model. Within just six months, it has helped the partner farm reduce its electricity costs by over 30%. The project's successful implementation provides a replicable new energy solution for sustainable agricultural development in the Middle East region.

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