Over the past several years, as Lebanon’s national power grid crumbled under the weight of economic collapse and fuel shortages, citizens improvised. Households, farmers, and local authorities rapidly deployed solar panels to sustain electricity, water supply, and essential services. By late 2023, the country had installed more than one gigawatt of decentralised solar capacity—most of it developed after the financial crisis took hold.
Today, that fragile but vital system is increasingly at risk.
In the southern village of Debel, footage has emerged showing Israeli bulldozers dismantling solar installations relied upon by residents for both electricity and water. The town—home to a largely Christian population—has remained partially inhabited despite escalating tensions, with solar energy serving as a critical lifeline in the absence of fuel.
The incident reflects a broader pattern. During the 2006 Lebanon War, Israeli forces targeted major infrastructure, including a thermal power plant in Jiyeh, south of Beirut, triggering a significant oil spill. However, the current situation marks a shift: instead of centralized facilities, the damage now affects a dispersed, community-built energy network.
A Patchwork Power System
Lebanon’s solar expansion did not emerge from state planning but from necessity. As the national grid faltered, individuals installed rooftop panels, farmers turned to solar-powered irrigation, and municipalities developed small-scale systems to pump water.
The result is a fragmented energy landscape—privately funded, unevenly distributed, and largely disconnected from Electricité du Liban (EDL), the country’s state electricity provider.
In many southern regions, this decentralised system is no longer supplementary—it is the only functioning source of power.
Local officials say solar energy operates across three main layers: household systems, agricultural installations, and municipal networks that support water distribution. These systems, often purchased with scarce foreign currency during the height of the crisis, underpin not just electricity but agriculture, sanitation, and daily life.
Water and Agriculture at Risk
Experts warn that the destruction of solar infrastructure has consequences beyond power outages. Without solar-powered pumping systems, access to water becomes severely limited—particularly in rural and agricultural areas.
Communities dependent on irrigation, especially those drawing water from the Litani River, face mounting challenges. With government الكهرباء largely unavailable, some farmers had invested in solar solutions to sustain their operations. Their loss now threatens both livelihoods and food supply chains.
According to local estimates, agriculture supports roughly 40% of the population in southern Lebanon—making energy disruption a direct economic and humanitarian concern.
Mounting Losses
The financial toll on Lebanon’s energy sector is already significant. Mercy Corps has estimated damages at around $300 million during the 2023–2024 conflict period, though experts suggest current losses may be substantially higher.
In the village of Qabrikha, a solar-powered project developed under the United Nations Development Programme (UNDP) once supplied electricity to approximately 550 homes. The 250-kilowatt installation not only reduced costs but also represented one of the few solar systems connected to the national grid—making it a rare example of “legal” integration.
Now, the area has become a frequent target of bombardment.
Fragility of an Uncoordinated System
Lebanon’s decentralised solar model highlights both resilience and vulnerability. While communities were able to scale solutions quickly in response to crisis, the absence of national coordination has left the system exposed.
There is no comprehensive net-metering framework linking solar installations to the central grid, nor a unified policy to manage or protect these assets. Without redundancy or recovery mechanisms, each destroyed installation represents a complete loss—with no backup.
Despite the growth of solar capacity, Lebanon still depends heavily on a limited number of conventional power plants, with minimal fuel reserves and no long-term strategic energy plan.
A Precarious Future
Lebanon’s solar transformation has often been viewed as a story of grassroots resilience—a population engineering survival amid state failure. Yet it also underscores the limits of improvised infrastructure.
In the absence of coordination, regulation, and protection, such systems can expand rapidly—but remain dangerously fragile. In a conflict environment, that fragility becomes a liability.
As hostilities persist and structural reforms remain stalled, the country’s energy future appears increasingly uncertain—defined by a system that can be built quickly, but just as easily dismantled.
