Tunisia’s New 40 kVA Solar Plant Set to Supply 70% of Local Power and Halve Costs

**TL;DR** Tunisia’s 40 kVA solar plant will cover roughly 70% of local electricity needs and cut costs by about half. The project supports the country’s goal to raise renewables to 35% of its power mix by 2030.

Context Tunisia enjoys over 3,000 hours of sunshine each year, giving it strong solar potential. The National Agency for Energy Management (ANME) reports that renewable electricity generation expanded in 2025, marking a significant step forward according to Imed Landolsi, Director of Wind Energy and Biomass at ANME. The nation’s 2030 strategy aims to reduce energy intensity by 30%, increase renewables to 35% of the electricity mix, and lower carbon intensity by 45%.

Key Facts The 40 kVA photovoltaic facility is projected to supply approximately 70% of the local electricity demand. Based on solar irradiance data and load‑profile simulations conducted by ANME, the plant’s output matches the community’s average consumption patterns. Cost analyses from the same agency indicate that electricity expenses will fall by around 50% compared with conventional grid supply, driven by low operating and maintenance costs of solar technology.

What It Means By delivering a majority of local power at reduced cost, the plant eases household budgets and lessens reliance on fossil‑fuel imports. It also provides a tangible example of how Tunisia’s broader renewable targets can be met through distributed solar projects. Continued progress will depend on maintaining stakeholder coordination and expanding similar installations across regions with high solar exposure.

Watch for upcoming ANME reports on the plant’s actual performance metrics and any policy updates that could scale this model nationwide.