UNDP's Clean Energy Efforts in Iran

Iran has significant potential for renewable energy, with 60,000 MW of solar capacity and 30,000 MW of wind potential. National targets aim to install 30,000 MW of renewable energy by 2030 and reduce power consumption by 10,000 MW. However, challenges such as energy intensity remain. 

UNDP Iran is actively supporting the country’s transition to renewable energy and improved energy efficiency. To support long-term sustainability, UNDP developed an energy efficiency certificate framework, approved by the Economic Council, and equipped laboratories and vocational training centers to improve skills in clean energy sectors. Additional contributions include creating an MRV (Measurement, Reporting, and Verification) framework for the Department of Environment, revising Energy Compliance Building Code 19, and setting up an Energy Monitoring Information System for the Ministry of Roads and Urban Development.

In addition, energy efficiency solutions were piloted in building sector – one of areas that accounts for the largest share of energy consumption in Iran. Solar panels have also been installed at various locations, including eight disaster centers under Tehran Municipality. These initiatives have reduced energy consumption and also created over 1,000 direct and indirect jobs, highlighting the economic benefits of clean energy.

UNDP is committed to continue supporting efforts in Iran to strengthen economic resilience, reduce emissions, and achieve a sustainable energy future.

Globally, UNDP’s energy portfolio includes 384 initiatives across 128 countries. Aligned with the 2022-2025 Strategic Plan, these projects aim to provide direct benefits to 81.5 million people by granting access to clean energy or its productive use, while also benefiting an estimated 100 million individuals indirectly. In Iran, collaboration with the Renewable Energy and Energy Efficiency Organization (SATBA) continues to focus on addressing barriers, improving policies, and fostering investment in renewable energy development.