MESIA Solar Outlook ReportSolar Trends, Technology Shifts, and Energy Transition Across MENA
Short Summary: This report reviews the main developments shaping the solar sector across the Middle East and North Africa, combining market updates, technology analysis, and country-level progress. It examines renewable investment trends, PV module innovation, distributed solar, digital energy management, green hydrogen, storage, and the outlook for leading solar markets across the region.
Foreword: A Solar Market Advancing Under Pressure
The report frames the year as one of both momentum and disruption. On one hand, climate pressure intensified following COP26, with stronger emphasis on emissions reduction, decarbonization, and clean energy deployment across the region. On the other, the solar market faced sharp cost increases in modules, raw materials, and shipping, putting pressure on project economics and threatening delays, cancellations, or renegotiations of offtake terms.
The regional context is presented as highly active despite these pressures. The UAE, Egypt, Saudi Arabia, Oman, Iraq, Bahrain, Jordan, Morocco, Qatar, Sudan, and Lebanon are all highlighted as markets where major developments, project milestones, or policy shifts reinforced solar’s growing role in national energy planning.
Introduction: Renewables Regaining Momentum
The report describes a return to large-scale renewable deployment after the uncertainty of the pandemic period. While pricing volatility and supply chain disruption remained major constraints, the broader direction of travel was clear: renewable energy projects regained pace, solar-plus-storage was gaining traction, and green hydrogen was moving from concept to early implementation.
Across MENA, renewable projects valued at approximately $2.8 billion were awarded during the first half of the year, while oil- and gas-fired power awards were absent in the same period. This shift is presented as a signal that solar, storage, and related clean energy technologies are becoming more central to regional infrastructure and investment planning.
Global Investment and the Renewable Shift
The report places regional solar progress within a wider global investment context. Worldwide investment in the electricity sector reached record levels, with renewable energy taking the dominant share of capital allocation. Even so, the report stresses that current investment remains below what is required to align with a 1.5°C pathway.
It argues that future progress will depend not only on more solar deployment, but also on higher levels of investment in grids, storage, hydrogen, and complementary low-carbon systems. This is especially important for emerging markets, where regulatory uncertainty and financing limitations continue to hinder the pace of clean energy deployment.
PV Module Developments and the Technology Shift
A substantial portion of the report is devoted to module technology and the next phase of PV development. It explains that mainstream PERC technology has been foundational in driving high-efficiency, high-power modules, but is now approaching its theoretical performance limits. As a result, the market is beginning to shift toward N-type technologies.
TOPCon is identified as especially important in this transition because it builds on established manufacturing pathways while promising higher efficiency, lower degradation, better temperature performance, and stronger bifaciality. The report presents TOPCon as a leading candidate for the next major wave of module evolution in utility-scale solar, particularly in desert and high-temperature environments common across MENA.
Bifacial systems are also presented as increasingly central to project economics. Combined with horizontal single-axis tracking, bifacial PV is described as capable of materially improving yield and lowering levelized cost of electricity. In high-albedo desert environments, this configuration is presented as particularly compelling for large-scale solar deployment.
Solar Trends: Pricing Pressure and Deployment Challenges
The report identifies pricing volatility as one of the defining solar market issues of the period. Module prices rose sharply due to polysilicon shortages and increases in the costs of silver, copper, aluminium, and glass. Shipping costs also rose dramatically, contributing to higher project costs and putting pressure on developers and offtakers.
This cost shock had a direct effect on project bankability and scheduling across MENA. Many projects had originally been priced using assumptions from earlier years, and the report notes that companies were forced to weigh reduced margins, delayed implementation, or higher offtake prices. The market outlook presented is cautious but not pessimistic, with the expectation that pricing would improve once supply chain conditions stabilized.
Floating Solar and New Project Configurations
Floating photovoltaic systems are presented as an important emerging segment, particularly where land use constraints or water infrastructure create favorable conditions. The report explains that floating solar opens additional deployment opportunities, but also introduces technical uncertainties involving wind, waves, UV exposure, anchoring systems, insulation resistance, and long-term material durability.
Because standards remain under development, the report stresses the importance of testing, certification, and careful engineering. It presents floating solar as a promising but still maturing segment that requires more shared field experience and stronger technical validation before it can scale with greater confidence.
CSP for Commercial and Industrial Applications
The report also examines concentrated solar power beyond utility-scale electricity generation. It argues that CSP retains distinct value because it can provide dispatchable thermal and electrical energy, making it particularly relevant for commercial and industrial heat uses, district cooling, and certain integrated energy applications.
Although the commercial-scale CSP market remains less mature than solar PV, the report suggests that its long-term potential depends on proving technical performance, reducing complexity, and establishing clearer use cases. In MENA, CSP is presented as strategically relevant because of the region’s solar resource base and need for diversified clean energy solutions beyond electricity alone.
Distributed Solar and Rooftop Growth
Distributed solar is identified as one of the most dynamic segments in the region. Dubai is presented as the leading example, having built a mature distributed market supported by established regulation, relatively strong tariffs, credible customers, and private-sector financing models. Other markets such as Saudi Arabia, Bahrain, Oman, Jordan, and Egypt are described as moving in the same direction, though at earlier stages of development.
The report emphasizes that regulation is the decisive factor. In markets where on-grid distributed solar regulations are missing, restrictive, or difficult to implement, rooftop solar growth remains constrained. Where enabling policy exists, the economics of distributed solar become more attractive, especially as power prices evolve and storage becomes more feasible.
Residential Solar and the Consumer Challenge
The residential segment is treated separately from commercial and industrial solar because household customers approach solar adoption differently. Cost savings remain the core driver, but aesthetics, self-sufficiency, environmental values, and social signaling also matter. The report argues that successful residential solar markets require not just regulation, but also tailored financing, consumer education, integrated service offerings, and a smoother permitting experience.
Even with favorable net metering structures, residential adoption across much of MENA remains slower than in more mature rooftop markets elsewhere. Stable grid power, low electricity prices, rental-heavy housing patterns, and limited financing options reduce urgency for many households. The report nevertheless sees long-term growth potential, especially as electric vehicles, battery storage, and smart home technologies become more integrated into residential energy use.
Solar Software, AI, and IoT in Energy Management
The report presents digitalization as a necessary response to the growing complexity of solar development and operations. Solar software is no longer limited to layout design and generation estimates. It increasingly supports project management, permitting, remote monitoring, financial proposal generation, customer support, operations, and long-term maintenance workflows.
AI and IoT are treated as particularly important in both utility-scale and distributed solar. These tools support more accurate forecasting, adaptive monitoring, soiling analysis, fault detection, predictive maintenance, and plant performance optimization. As variable renewable energy becomes a larger share of electricity supply, the report argues that AI and IoT will be essential for managing intermittency, improving capacity utilization, and supporting more intelligent grid behavior.
Cybersecurity Risks in Solar Infrastructure
As solar systems become more connected and digitally managed, the report notes that cyber risk becomes a growing concern. PV plants are increasingly linked to SCADA systems, inverters, PLCs, remote monitoring tools, and cloud-connected platforms, expanding the attack surface of critical energy infrastructure.
The report argues that solar operators need stronger segmentation, testing, monitoring, and lifecycle cybersecurity practices. It presents cybersecurity not as a secondary IT issue, but as an operational resilience requirement for increasingly digital power systems.
Green Hydrogen and Storage as Strategic Extensions
Green hydrogen is positioned as one of the most important adjacent opportunities emerging from the growth of renewables in MENA. The report highlights major announcements in Oman and Saudi Arabia, along with pilot activity in Dubai, and frames hydrogen as a strategic sector tied to industrial decarbonization, ammonia exports, and long-term energy system flexibility.
Storage is treated in parallel as a critical enabler of renewable integration. The report notes strong global investment momentum in storage and argues that battery systems and other flexibility tools will become increasingly necessary as renewable penetration rises and grids require more active balancing and demand-side management.
Regional Market Highlights
Country-level updates reinforce the uneven but accelerating nature of solar development across MENA. Saudi Arabia is highlighted for Sakaka, new manufacturing capacity in Tabuk, and its larger clean energy and hydrogen ambitions. The UAE is noted for major utility-scale milestones, distributed solar leadership, and hydrogen pilot activity. Egypt stands out for Benban, Kom Ombo, and progress in green finance and renewable targets.
Other markets are also shown advancing in different ways. Oman continued to build on Ibri and Manah-related momentum while developing hydrogen plans. Iraq signed major utility-scale agreements. Jordan advanced project execution. Bahrain issued new tenders. Qatar moved forward with Al Kharsaah. Morocco continued procurement activity and hydrogen planning. Lebanon saw strong rooftop demand driven by power shortages, illustrating how energy insecurity can rapidly change solar adoption patterns.
Conclusion
The report’s overall message is that solar in MENA is moving into a broader and more complex phase. The sector is no longer defined only by falling module prices and utility-scale growth. It is now shaped by technology transitions, digital tools, storage, hydrogen, distributed systems, rooftop adoption models, and new operational risks.
At the same time, the report makes clear that policy, regulation, and implementation discipline remain decisive. The region’s solar future depends not only on technical capability and resource quality, but also on the ability to build stable frameworks that support project execution, grid integration, private investment, and long-term system reliability.
