Iraq’s solar villages show how to build an energy transition that lasts

In the Kurdish region of northern Iraq, the village of Kulak has become a symbol of resilience and innovation. For years, life in Kulak followed the unpredictable rhythm of a failing power grid, electricity arrived sporadically, forcing families to halt activities whenever generators sputtered. Water pumps ceased, refrigeration failed, and children left their studies behind. But today, Kulak operates on solar power. Panels capture sunlight, batteries store surplus energy, and residents enjoy continuous electricity. This shift has transformed daily life: water flows steadily, food stays fresh, and farmers gain greater control over their harvests. The transformation in Kulak reflects a broader effort across Iraq to address the nation's persistent rural energy crisis. Despite being one of the world’s largest oil producers, Iraq continues to struggle with inadequate power distribution, particularly in remote areas. Summer temperatures routinely exceed 50 degrees Celsius, exacerbating drought conditions and making large swaths of the country increasingly uninhabitable. The United Nations has identified Iraq as highly vulnerable to climate impacts, with rural populations bearing the brunt of environmental degradation. These challenges span the entire country, from the southern wetlands to the northern highlands, demanding solutions that benefit all regions. Decentralized power systems offer a promising alternative to traditional grid expansion, especially for isolated communities. In the Kurdistan region, five villages, including Kulak, are benefiting from a solar initiative that integrates infrastructure with local training and agricultural development. Residents are taught to manage and repair their systems, ensuring long-term functionality. Research is ongoing to explore how consistent power can enhance local productivity, such as enabling cold storage for higher-value crop sales, sustainable irrigation independent of fossil fuels, and value-added processing before produce leaves the village. This approach contrasts sharply with conventional development models that prioritize immediate installation over sustainability. Many projects fail due to lack of maintenance expertise, leaving solar arrays unused or water systems abandoned once external funding ends. Sustainability, therefore, must be embedded in planning from the outset. By investing in local capacity, these initiatives avoid the pitfalls of short-lived interventions and create lasting impact. The case of Kulak also highlights a growing recognition within the climate movement that meaningful progress often emerges from grassroots efforts rather than top-down policies. While international conferences and bilateral agreements dominate discussions on climate action, the real transformation occurs at the community level. Rural Iraq, lacking the patience for slow grid expansion, turns instead to decentralized solutions that align with local needs and capabilities. Solar technology, adaptable to diverse environments, offers a viable path forward, supported by institutions capable of rapid adaptation. Moreover, the narrative around climate action in the Middle East is shifting. Traditionally associated with massive infrastructure projects, vast solar farms, futuristic urban centers, the region is now witnessing a rise in localized, community-driven initiatives. These efforts challenge the notion that only large-scale investments can drive environmental change, demonstrating that empowerment at the grassroots level can yield tangible results. As the climate crisis intensifies, the lessons from Kulak and similar villages provide a blueprint for sustainable development. By prioritizing local knowledge, integrating renewable resources with economic opportunities, and fostering self-reliance, these communities are not just surviving, they are thriving. Their success underscores the importance of designing transitions that are both resilient and inclusive, ensuring that the benefits of clean energy reach those who need them most.