The Middle East conflict is a complex issue with far-reaching consequences, particularly for the region's renewable energy sector. While the war has disrupted hydrocarbon supply and caused logistical challenges, it also presents an opportunity to accelerate the energy transition. This article explores the impact of the conflict on renewable energy deployment in the Middle East, highlighting the challenges and potential solutions.
The Conflict's Impact on Renewable Energy
The war in the Middle East has had a significant impact on the region's renewable energy sector, with a net delay of between three and 12 months across the active pipeline. This delay is due to supply chain disruptions, rising costs, and the diversion of capital. The Strait of Hormuz's closure has particularly affected countries reliant on this route for exports, causing logistical and financial delays in renewables deployment.
The crisis has also strengthened the commitment to the energy transition in the medium to long term. Countries like Saudi Arabia, the UAE, Oman, and Turkey are expected to experience a short-term delay followed by a sharper medium-term acceleration in renewables deployment. In contrast, Qatar, Kuwait, Iraq, Bahrain, and Jordan may face moderate delays, with recovery contingent on market stabilization.
Supply Chain Disruption and Cost Pressures
The disruption across key maritime routes has pushed back project timelines, with a significant impact on solar PV imports. The UAE, Saudi Arabia, and Oman have seen a sharp decline in imports, while Turkey and Israel have maintained their import levels due to their independence from Hormuz and Red Sea routing.
The simultaneous emergence of multiple cost pressures has exacerbated the situation. Freight rates for the Asia-Mediterranean route have increased, and China's elimination of the VAT export rebate has added a direct 9% cost impact on module pricing. Silver prices have also pushed up cell costs, prompting OEMs, EPC contractors, and developers to revisit signed contracts and consider redirecting capital to more stable markets.
The region's highly competitive auction market, with world-record bids, puts pressure on developers to keep costs low. This has led to margin compression and repricing of force majeure and logistics exposure in new bids, particularly affecting countries like Kuwait, which is progressing to award its first large-scale solar projects.
Manufacturing Capacity and Financial Incentives
Despite the challenges, the Middle East's solar module manufacturing capacity is expected to expand significantly, from 4.7 GW in 2025 to 35.8 GW by 2030. Turkey, with its plateaued domestic manufacturing capacity, is effectively import-independent for solar modules and insulated from future Hormuz disruptions.
The financial incentive for renewables deployment in oil and gas-exporting Gulf states has strengthened under the crisis. With high oil and LNG prices, every megawatt of solar or wind deployed domestically frees up hydrocarbons for export at elevated prices. However, the Strait of Hormuz's closure remains a significant constraint for countries reliant on this route for exports.
Balancing Act and Future Outlook
The conflict has created a delicate balance between restoring hydrocarbon exports and accelerating renewables deployment. Gulf renewables programs are facing logistical and financial delays, not strategic ones. Striking the right balance will be crucial for an optimal outcome.
In conclusion, the Middle East conflict has had a profound impact on the region's renewable energy sector, presenting both challenges and opportunities. While the war has disrupted supply chains and caused cost pressures, it has also strengthened the commitment to the energy transition. The region's manufacturing capacity expansion and financial incentives provide a pathway to a more sustainable future, but the balance between hydrocarbons and renewables must be carefully managed.
