Noor’s scale makes it a flagship of Morocco’s renewable ambitions, but the plant’s presence has not yet translated into inexpensive, reliable power for many locals. Households in the region still rely heavily on butane gas, and electricity costs remain a significant burden: Moroccans spend roughly $110 of an average $550 monthly income on energy. In Ouarzazate, where daytime temperatures often exceed 40 °C and warm nights and hot days have roughly doubled since the 1970s, cooling is essential and energy bills bite hard.
Part of the paradox stems from Morocco’s continued dependence on fossil fuels. Coal-fired generation is still a large part of the country’s mix, contributing nearly half of its energy-related greenhouse gas emissions, according to Intissar Fakir, senior fellow and founding director of the North Africa and the Sahel program at the Middle East Institute. Morocco imports about 90% of its coal, oil and gas, leaving it exposed to price swings that strain both household budgets and national finances and that make the shift away from imported fossil fuels urgent.
At the same time, Morocco has made significant strides on renewables compared with many neighbors. The government targets 52% renewable electricity by 2030, aims for 70% clean power capacity by 2050, and has pledged to phase out coal by 2040. Noor is one of roughly two dozen large-scale renewable megaprojects, with many more planned. Despite having the technical capacity to generate about 46% of its electricity from renewable technologies, actual renewable output in 2023 reached only a little over half of that potential, a gap that highlights system-level constraints.
“The country’s ability to integrate what Noor produces remains limited,” Fakir says. To increase the share of clean energy in everyday supply and to pursue ambitions such as exporting power to Europe, Morocco needs major investments in grid infrastructure and energy storage. Falling prices for solar panels and wind turbines make many renewable technologies cheaper, but building utility-scale projects still requires large upfront capital — a barrier for lower-income countries.
There are other trade-offs. Concentrated solar plants like Noor are water- and land-intensive: mirrors must be regularly cleaned of sand and dust, and the development appropriated grazing land from local farmers, sometimes with limited consultation. Civil-society groups and some researchers argue that the focus on centralized mega-projects discounts decentralized alternatives — rooftop photovoltaic systems for homes, businesses and farms — which can deliver more immediate local benefits and greater energy independence.
The project has divided local communities. Some residents see Noor as a symbol of Moroccan technical achievement and future potential; others say they have seen few direct benefits. Imrane, an 83-year-old villager, told locals that electricity remains expensive and complained that the mirror arrays and concentrated sunlight have raised temperatures in nearby areas. For many observers, Noor is both a demonstration of what’s technologically possible and a reminder that even massive investments struggle to displace entrenched coal use without complementary policy, infrastructure and community-focused measures.
Noor’s story encapsulates the promise and paradox of large-scale renewable projects in emerging economies: impressive engineering and clear climate potential on one hand, and practical, financial and social hurdles on the other. Converting solar potential into broad-based, affordable clean energy will require not only flagship plants but also grid upgrades, storage, financing solutions, and approaches that bring tangible benefits to the households that most need them.”}