Answer extracted from the Beyond the Deck podcast — listen to the full episode below.
Why is localizing solar and wind component manufacturing important for the GCC energy sector?
Localizing manufacturing of solar and wind components will have massive impacts on job creation, GDP growth, and localization scores. This positions the GCC as a hub for import-export while enabling the region to provide clean energy beyond its borders, and the CBAM carbon border adjustment mechanism makes clean power production an attraction factor for industrial players seeking to reduce their carbon footprint.
The shift toward manufacturing renewable energy components locally represents a strategic evolution for the GCC. Rather than relying on imported solar panels and wind turbines, the region can build an entire supply chain ecosystem that keeps value within the economy. This localized approach transforms the GCC from an energy consumer into an energy producer and exporter, creating competitive advantages in a carbon-conscious global market.
As Carmen Hamze explains in the Beyond the Deck podcast, the energy sector across the GCC is entering an exciting period where a portfolio approach to energy—combining renewables, nuclear, and low-carbon molecules—requires integrated manufacturing capacity. Local production of solar and wind components directly supports this diversification strategy.
From import dependency to regional energy dominance
Manufacturing renewable components locally reduces the GCC's reliance on external supply chains while capturing the full value chain within the region. When solar panels and wind turbines are made locally, jobs span from raw material processing through assembly, installation, and maintenance. This multiplier effect extends employment opportunities across skilled trades, engineering, logistics, and supply chain management.
Beyond employment, localized manufacturing strengthens the GCC's position as an export hub for clean energy technology. Regions worldwide are racing to meet net-zero commitments, and countries increasingly face pressure to source from suppliers with transparent, low-carbon production processes. The CBAM—the carbon border adjustment mechanism that Europe and other markets are implementing—penalizes carbon-intensive imports, making GCC-manufactured clean energy components inherently more attractive to global buyers than alternatives from regions with higher carbon footprints.
The business case for industrial relocation further amplifies this opportunity. Data centers and energy-intensive manufacturing facilities require massive amounts of reliable, affordable, and crucially, clean energy to meet their own sustainability targets. When these industries look for locations, GCC countries offering locally produced renewable power at scale become far more competitive destinations. This creates a virtuous cycle: local renewable manufacturing attracts carbon-conscious industrial investment, which in turn drives demand for more clean power production.
"There's not one solution that's going to solve everything. It's multiple—green hydrogen will still be in place, LNG and CCUS will be key."
Carmen Hamze — Partner at Rollenberger with over 14 years of experience in the GCC energy sector. Originally trained in biology and biomedical research, Hamze transitioned into energy consulting at a GCC utility where she developed deep expertise in energy strategy, sustainability, and the intersection of renewables with traditional energy systems. Her work focuses on balancing the energy trilemma: sustainability, energy security, and affordability.
For a deeper look at how the GCC is reshaping its entire energy strategy to position itself as a global hub, the full episode offers insight into the multi-decade transition underway and the infrastructure investments required to succeed.
Key takeaways
- Local manufacturing of solar and wind components generates direct employment and multiplier effects across supply chains, driving measurable GDP growth.
- The CBAM and global carbon regulations make GCC-manufactured clean energy components more competitive than imports from high-carbon regions.
- Renewable component manufacturing attracts carbon-conscious industrial sectors like data centers, creating additional investment and energy demand within the region.
- Localized production enables the GCC to export clean energy solutions globally, transforming the region from energy buyer into technology exporter.
See also
How will electric vehicles adoption develop in the GCC over the next five years?
The GCC will adopt a balanced approach rather than moving to 100 percent electric vehicles. The region will see hybrid adoption, with some trucks and commercial vehicles maintaining alternative fuels.
What is the long-term energy mix outlook for the GCC beyond five years?
The future energy mix will include all available solutions: nuclear will remain part of the mix, low-carbon molecules will play a massive role, and renewable energy will integrate alongside traditional energy sources.
What skills and educational background are needed for careers in the modernized energy sector?
Beyond traditional engineering roles, the sector now requires foundational expertise in AI, data science, and understanding of the energy ecosystem to compete in the digital energy landscape.