Updated
Updated · OilPrice.com · May 30
Jinko Solar Plans 90 MW Morocco Plant as Solar Imports Jump 46%
Updated
Updated · OilPrice.com · May 30

Jinko Solar Plans 90 MW Morocco Plant as Solar Imports Jump 46%

1 articles · Updated · OilPrice.com · May 30
  • Jinko Solar said in May it plans a 90 MW power plant in Morocco using Tiger Neo 3.0 modules built for extreme heat, dust and sand in desert conditions.
  • Morocco’s solar push is accelerating as the country seeks to cut fossil-fuel dependence and price volatility; solar technology imports rose about 46% in the first quarter of 2026.
  • MASEN has authorized roughly 66 renewable projects totaling 6 GW since 2021, while MASEN and utility ONEE aim to add 4.4 GW by 2030, including 2.5 GW of new solar.
  • By end-2025, Morocco had 5.5 GW of operational renewable capacity—45.4% of installed power—yet coal still generated about 60% of its electricity, underscoring room for further buildout.
  • That expansion also supports Morocco’s wider strategy to export clean power and green hydrogen to Europe, with $32.5 billion of hydrogen projects approved in 2025.
With billions invested, will Morocco's green hydrogen dream be stalled by regulatory roadblocks and fierce global competition?
Is Morocco’s green revolution a model for Africa, or a cautionary tale of resource extraction for European markets?

Morocco’s Solar Surge: 46% Import Growth and Jinko Solar’s 90 MW Plant Signal New Era in Renewable Energy (Q1 2026)

Overview

In early 2026, Morocco’s solar energy sector saw rapid growth, with solar technology imports surging by 46 percent as the country leveraged its abundant sunshine—over 3,000 hours per year—to expand renewable infrastructure. This momentum builds on Morocco’s position as a leading importer of Chinese solar panels, reaching around one gigawatt in 2025. Jinko Solar played a key role by deploying its advanced Tiger Neo 3.0 Series modules, which use N-Type TOPCon cell technology and deliver superior performance, helping Morocco accelerate its clean energy transition with high-efficiency solutions tailored for its natural advantages.

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