Syria’s rapid expansion of rooftop solar power is reshaping the region’s approach to energy, demonstrating how necessity can accelerate the transition to renewable electricity. Across Damascus, solar panels now cover apartment buildings, villas and hotels, reflecting one of the Middle East’s fastest-growing distributed solar markets.
The country’s solar boom has been driven by years of conflict that left the national power grid severely damaged. Most households receive only around four hours of electricity each day, forcing millions to rely on costly diesel generators or alternative energy sources. At the same time, affordable Chinese-made solar panels and battery systems have made renewable energy more accessible, allowing families and businesses to generate their own electricity.
Before the civil war, Syria produced roughly 45 terawatt-hours (TWh) of electricity annually. By 2015, generation had fallen below 20TWh and has yet to fully recover. While the country’s new government is working to restore gas supplies and rehabilitate power stations and dams, rebuilding the electricity network will take years, making solar energy an essential part of the recovery.
The scale of growth has been remarkable. According to the Abu Dhabi-based International Renewable Energy Agency, Syria’s off-grid solar capacity increased from 249 megawatts in 2022 to 931MW in 2023, 1.5GW in 2024, and more than 2GW in 2025. Renewable energy now represents roughly one-third of the country’s installed power capacity, placing Syria behind only Lebanon and Jordan in the region. An estimated one in four Syrian households now uses some form of solar power.
Unlike many large renewable energy projects across the Middle East, Syria’s transformation has largely been driven by individuals rather than government-led initiatives. While utility-scale solar projects remain limited, with around 189MW of grid-connected capacity by 2025, major agreements with Saudi and Qatari-backed developers are expected to expand the sector over the coming years.
Most rooftop systems currently installed are designed to power household appliances, lighting and agricultural water pumps, with battery storage providing electricity after sunset. However, these systems remain less suitable for energy-intensive uses such as winter heating or large-scale air conditioning during the summer.
Installation is relatively straightforward, with local technicians able to fit residential systems ranging from 1.5 to 3 kilowatts. Prices typically range between $2,500 and $4,500, representing a significant investment in a country where annual per-capita income is estimated at around $800. Despite the financial challenge, many households have prioritised solar power as a long-term solution to unreliable electricity.
Syria’s experience mirrors similar trends in countries including Lebanon, Yemen and Pakistan, where prolonged power shortages have accelerated the adoption of rooftop solar. By contrast, nations such as Iraq and Libya, despite facing persistent electricity deficits, have seen slower uptake, partly due to heavily subsidised fuel and electricity prices that reduce incentives for households to invest in renewable energy.
Globally, widespread rooftop solar has also flourished in cities such as Honolulu, San Diego, Adelaide and Dezhou, supported by abundant sunshine, government incentives and mature solar industries. In these markets, reliable electricity grids work alongside residential solar systems, enabling excess power to be fed back into the network.
New technologies are also expanding access to renewable energy. Balcony solar systems, which can be plugged directly into household electrical outlets, have become increasingly popular among apartment residents without rooftop access. In dense urban areas, building facades are also being fitted with solar panels to maximise electricity generation.
As Syria rebuilds its economy, rooftop solar is expected to play a critical role in reducing pressure on the national grid, lowering fuel consumption and cutting dependence on diesel generators that contribute to air pollution and noise. With reconstruction accelerating, refugees returning and industrial activity gradually recovering, electricity demand is likely to rise significantly, making distributed renewable energy an increasingly important part of the country’s long-term energy strategy.
