JinkoSolar’s Tiger Neo Modules to Power Desert Transformation in Saudi Arabia.

In a major boost to Saudi Arabia’s clean energy ambitions, JinkoSolar has confirmed it will supply an impressive 1.75GW of its advanced N-type TOPCon Tiger Neo solar modules for two key projects in the country’s vast deserts.

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In a major boost to Saudi Arabia’s clean energy ambitions, JinkoSolar has confirmed it will supply an impressive 1.75GW of its advanced N-type TOPCon Tiger Neo solar modules for two key projects in the country’s vast deserts.

These landmark projects – AHK2 (500MW) and MAS (1250MW) – are part of Saudi Arabia’s Fifth Round Renewable Energy Program, being spearheaded by EDF Renewables and SPIC Huanghe Hydropower Development, in partnership with PowerChina Guizhou Engineering Corporation.

This isn’t JinkoSolar’s first big collaboration with EDF Renewables. Just last year, the two companies joined forces on the 1.8GW Al Ajban PV3 project in Abu Dhabi. Their continued partnership highlights JinkoSolar’s growing footprint in the Middle East solar market.

The AHK2 site is located southeast of Al Henakiyah in Medina Province, while the larger MAS project is situated east of Dharghat in Ha’il Province. Both regions are known for their harsh desert conditions – extreme heat, frequent sandstorms, and minimal vegetation.

That’s where Jinko’s Tiger Neo modules come in. Designed for durability and efficiency, these bifacial modules can boost energy output by approximately 3.38%, especially in high-reflectivity, sandy environments. With bifaciality rates of up to 85%, they’re perfectly suited for desert deployments.

But the benefits don’t stop at clean power. Once operational, these solar farms are expected to offer environmental advantages as well – helping reduce ground temperatures and potentially aiding in vegetation growth, contributing to long-term desert rehabilitation.

JinkoSolar’s role in these projects underlines how innovative solar technology can do more than just generate electricity – it can help reshape landscapes and build a greener future in even the toughest climates.