How Solar PV Manufacturing Shifts Are Reshaping Gulf Energy Strategies

Executive Summary

The global solar photovoltaic (PV) module manufacturing industry is entering a new phase characterized by chronic overcapacity, intensified price competition, and shifting trade dynamics. According to Enerdata's 2026 outlook, Chinese manufacturers now control over 80% of global production capacity, while margins are squeezed by falling prices and rising inventories. For Gulf Cooperation Council (GCC) economies—which have set ambitious renewable energy targets and are investing heavily in economic diversification—these trends carry significant strategic implications. While cheap imports lower the cost of solar deployment, they also challenge efforts to localize manufacturing and build competitive domestic industries. This analysis explores how Gulf businesses, investors, and policymakers can navigate this evolving landscape to strengthen regional competitiveness and accelerate the energy transition.

Introduction

The Gulf region has emerged as a major market for solar energy, driven by falling technology costs and national targets to diversify energy sources. Saudi Arabia plans to install 58.7 GW of renewable capacity by 2030, the UAE aims for 50% clean energy by 2050, and other GCC states are scaling up their solar ambitions. However, the global manufacturing picture is shifting dramatically. Enerdata's report highlights that global PV module production capacity reached over 1,100 GW in 2025, far exceeding expected demand of 600–700 GW. This oversupply has driven module prices down by more than 60% over three years, compressing margins for manufacturers and triggering trade disputes. For Gulf economies, this creates a dual imperative: leveraging low-cost imports to achieve near-term renewable targets while building resilient domestic supply chains for long-term industrial development.

Main Analysis

Overcapacity and Price Dynamics

Enerdata's analysis shows that global PV module manufacturing capacity is projected to exceed 1,400 GW by 2026, with utilization rates falling below 50%. The resulting price erosion—spot prices for mono PERC modules have fallen below $0.10/W—benefits project developers but threatens the viability of new manufacturing entrants. Chinese producers, benefiting from economies of scale, integrated supply chains, and government support, have captured the vast majority of new capacity additions. Non-Chinese manufacturers are struggling to compete, with several European and US facilities announcing closures or scaling back plans. This concentration raises supply chain security concerns for import-dependent regions like the Gulf.

Technology Shifts and Efficiency Gains

The industry is transitioning from PERC to TOPCon and heterojunction technologies, which offer higher efficiency but require significant capital investment. Chinese firms lead in next-generation manufacturing, while Gulf-based initiatives such as Saudi Arabia's NEOM-powered solar panel factory or UAE's renewable energy industrial zones are still nascent. The pace of technological change means that new entrants must invest heavily in R&D and advanced manufacturing capabilities to remain competitive.

Trade Barriers and Localization Pressures

Increasing trade restrictions—including US anti-dumping duties, European carbon border adjustments, and Indian tariff barriers—are reshaping global trade flows. Gulf countries have not yet imposed significant barriers, but they face pressure to incentivize local production to capture more value from their renewable energy investments. The establishment of local solar manufacturing is seen as a key pillar of industrial diversification strategies, particularly under Saudi Vision 2030 and UAE's Operation 300bn. However, the current global oversupply makes it difficult for new Gulf entrants to achieve cost parity with established Asian producers without substantial subsidies or protective tariffs.

Business Impact

Corporate Strategy

Gulf energy companies and project developers need to reassess sourcing strategies. While low-priced modules reduce upfront costs for solar farms, over-reliance on Chinese imports creates vulnerability to supply chain disruptions and trade policy changes. Companies such as ACWA Power, Masdar, and others are exploring partnerships with global manufacturers to secure supply while also investing in local module assembly facilities. The strategy of backward integration—linking solar deployment with manufacturing—can mitigate risks but requires careful capital allocation.

Investment Decisions

For private equity and sovereign wealth funds, the solar manufacturing sector presents high-risk, high-reward opportunities. The oversupply environment suggests that only manufacturers with low-cost capital, access to cheap energy, and competitive technology will survive. Gulf sovereign funds, such as the Public Investment Fund (PIF) and Mubadala, could invest in distressed global manufacturers or joint ventures with technology leaders to acquire know-how and capacity. Additionally, greenfield projects in the Gulf may benefit from the region's low electricity costs and proximity to sun-rich markets.

Supply Chains and Regional Trade

The GCC's strategic location between Asian producers and African and European markets positions it as a potential manufacturing hub for solar modules, especially if countries like Saudi Arabia or Oman can offer integrated free zones with competitive energy tariffs. The development of regional logistics and trade corridors, such as the Saudi Arabia-Egypt interconnection, could facilitate exports. However, the current global glut means that any new capacity must be highly efficient and demand-driven.

Regional Perspective

Saudi Arabia

Saudi Arabia has announced plans to manufacture solar panels locally through initiatives like the Saudi Industrial Development Fund (SIDF) and partnerships with Chinese companies. The PIF's collaboration with a leading Chinese module maker to build a 10 GW manufacturing plant in the Kingdom is a case in point. The success of such ventures will depend on technology transfer, local content requirements, and export competitiveness. Given the global oversupply, Saudi Arabia must focus on niche markets such as high-efficiency modules or bifacial panels for large-scale desert installations.

United Arab Emirates

The UAE has attracted significant solar manufacturing investment, particularly in Dubai's industrial zones and Abu Dhabi's Khalifa Industrial Zone. Companies like Emirates Global Aluminium are exploring solar integration, and the country hosts several module assembly lines. However, the majority of cells are still imported. The UAE's strength lies in its ability to attract multinational R&D centers and pilot lines, leveraging its innovation ecosystem and low-carbon energy grid.

Smaller GCC Markets

Qatar, Kuwait, Bahrain, and Oman have smaller domestic markets but are increasingly interested in solar manufacturing as part of economic diversification. Oman, for instance, has abundant land and solar resources, making it attractive for large-scale manufacturing plants powered by solar electricity. Regional cooperation through the GCC Interconnection Authority could help aggregate demand and support a regionally integrated solar supply chain.

Future Outlook (2026–2030)

Over the next 3–5 years, the global PV manufacturing landscape will likely consolidate further, with smaller Chinese players exiting and top-tier producers expanding. The oversupply is expected to persist until 2027–2028, after which demand growth may absorb excess capacity. For Gulf economies, this window presents a strategic opportunity to build manufacturing capabilities at a lower cost by acquiring distressed assets or partnering with survivors.

Key developments to watch include:

• Policy interventions: GCC countries may introduce import tariffs, local content requirements, or green procurement mandates to stimulate domestic manufacturing.
• Innovation hubs: The region could become a testing ground for next-generation solar technologies—such as perovskite-silicon tandems—that require less capital-intensive manufacturing.
• Green hydrogen synergy: Solar PV manufacturing can be integrated with green hydrogen production, using abundant solar power to fuel manufacturing processes and producing panels for hydrogen electrolysis plants.
• Export potential: Gulf manufacturers could target markets in Africa and South Asia, where demand is growing rapidly and logistic advantages exist.

Conclusion

The global solar PV module manufacturing sector is undergoing a profound restructuring that challenges the viability of new entrants while offering strategic opportunities for well-capitalized players. For Gulf economies, the path forward requires a balanced approach: leveraging cheap imports to meet near-term renewable targets while selectively investing in high-value, technology-differentiated manufacturing. Success will depend on effective policy frameworks, cross-border cooperation, and a focus on integration with the broader energy transition. By positioning themselves as regional hubs for efficient, low-carbon solar manufacturing, GCC countries can enhance their industrial competitiveness and contribute to a more resilient global solar supply chain.