Executive Roadmap for Strategic Solar Energy Projects in Libya

2026/02/25 Tawazun Team 2 min read Solar Energy

Institutional Development and National Strategic Plans (2013-2035)

Libya began institutionalizing the renewable energy sector early on, with the establishment of the Renewable Energy Authority of Libya (REAOL) in 2007 as the executive arm responsible for outlining policies and documenting available resources. Strategic planning went through several phases, beginning with the Strategic Plan (2013-2025), which aimed to reach a 10% share in the energy mix by 2025.

Strategic Plan Targets (2013-2025)

The original plan set detailed technical targets to diversify generation sources, although security and political circumstances prevented most from being achieved on schedule.

Due to accumulated challenges, the Government of National Unity launched the new National Strategy for Renewable Energy and Energy Efficiency (NSREEE) for the period 2023 to 2035. This updated vision aims to increase renewable energy contribution to 20% of total installed capacity by 2035, heavily focusing on solar energy due to its declining costs. The strategy adopts a three-phase methodology: 1.7 GW by 2027, 2.5 GW by 2030, reaching the final 4 GW target in 2035.

The Executive Roadmap for Strategic Projects & International Partnerships

The renewable energy sector in Libya is currently transitioning from theoretical studies to the actual implementation of large-scale projects in partnership with global energy giants like France’s TotalEnergies, Italy’s Eni, alongside Chinese and Emirati firms.

The Sadada Plant Project: Cornerstone of the Green Transition

The Sadada Solar Power Plant project (500 megawatts) is the pioneering and largest project in the country's history. Located in the Sadada area, it is being developed by TotalEnergies under an agreement with the General Electricity Company.

Distributed Generation and Urban Solar Initiatives

Alongside major plants, the state is adopting a strategy to "localize" solar energy to enhance grid resilience, including:

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