Samer Choucair: Energy Infrastructure Has Become the Most Valuable Link in the Artificial Intelligence Economy
Entrepreneur Samer Choucair said the artificial intelligence economy has entered a new phase in which computing capacity is no longer the principal challenge. The decisive factor has become the ability to provide reliable electricity at an economically sustainable cost.
Choucair explained that the rapid expansion of data-center construction has prompted institutional investors to reallocate capital, with attention gradually shifting from software and semiconductor companies toward businesses capable of generating electricity, transmitting power, and managing electrical grids.
He added that this transformation is reshaping the global investment landscape and creating a new cycle of capital flows into utilities, nuclear power, natural gas, and grid-equipment companies, rather than concentrating exclusively on artificial intelligence businesses.
Samer Choucair noted that Goldman Sachs estimates data-center electricity consumption could increase by approximately 160% by 2030, requiring substantial investment in generation capacity, transmission networks, and electrical infrastructure.
The digital economy enters the infrastructure phase
Samer Choucair emphasized that the first phase of the artificial intelligence boom focused primarily on semiconductor manufacturers and cloud-service providers.
The current phase, however, is increasingly dependent on the physical assets that make these technologies operational.
Choucair explained that investment in data centers is no longer limited to purchasing processing units. It now encompasses power plants, transmission lines, transformers, distribution systems, energy-storage solutions, and integrated electrical infrastructure.
This is shifting a growing share of economic value toward companies that own and operate these assets.
He added that the continued expansion of artificial intelligence applications will require billions of dollars in electrical-infrastructure investment over the coming years, strengthening the appeal of energy companies to long-term investors.
Assets that are difficult to replace
Entrepreneur Samer Choucair said utility and energy companies now possess a strategic advantage through their ownership of assets that are difficult to replace or replicate within short periods.
These include nuclear power plants, flexible gas-fired facilities, transmission and distribution networks, grid-interconnection equipment, energy-storage systems, and dedicated electrical infrastructure for data centers.
Choucair explained that high barriers to entry and the extended development periods required for new projects give existing companies a greater ability to benefit from rising electricity demand if artificial intelligence applications continue expanding at the current pace.
Companies positioned to benefit from the transformation
Samer Choucair noted that several US companies are emerging as potential beneficiaries of the new investment cycle in energy infrastructure supporting artificial intelligence.
Constellation Energy benefits from owning the largest nuclear power fleet in the United States, providing stable, low-emission electricity for data centers.
NRG Energy may benefit from its gas-fired generation assets and networks in markets experiencing rapid growth in electricity demand, while Talen Energy has strengthened its position through long-term agreements to supply power to data centers.
Choucair added that GE Vernova is a leading supplier of turbines, transformers, and grid equipment—essential components in the expansion of electrical infrastructure.
NextEra Energy combines renewable generation with energy-storage systems, making it an important partner for data-center projects seeking to reduce emissions.
Eaton, meanwhile, is positioned to benefit from its specialization in electrical-distribution equipment and power-management systems used in industrial facilities and data centers.
Samer Choucair emphasized that these companies should not be regarded as guaranteed investments or as certain to outperform the market. Rather, they illustrate how investors are assessing the potential beneficiaries of expanding artificial intelligence-related energy infrastructure.
Institutional capital is being reallocated
Samer Choucair said the next phase could bring a change in institutional investment philosophy, with less emphasis on companies developing artificial intelligence models and greater attention directed toward businesses owning the assets required to operate the emerging economy.
He added that long-term investors are no longer focused solely on the fastest-growing technology. They are increasingly identifying bottlenecks that are difficult to replace because ownership of these assets can provide stronger pricing power and more stable cash flows.
Choucair explained that the assessment of artificial intelligence investment opportunities should cover the entire value chain—from electricity generation and transmission to grid equipment, infrastructure, and data centers—rather than being limited to software and semiconductor companies.
Broader economic implications
Samer Choucair noted that continued expenditure on artificial intelligence could increase capital investment in electricity grids and raise demand for natural gas, nuclear power, renewable energy, and transmission and distribution equipment.
He added that these developments could also stimulate mergers and acquisitions across energy and infrastructure, while encouraging investors to reassess utility companies as growth businesses rather than viewing them solely as dividend-paying assets.
Choucair explained that the expansion may also place additional pressure on electricity grids in certain regions, potentially increasing energy costs and the amount of government investment required to modernize infrastructure.
Promising opportunities for Saudi Arabia and the Gulf
Entrepreneur Samer Choucair emphasized that this global transformation is aligned with rising investment across Saudi Arabia and the Gulf in digital infrastructure, data centers, and energy under economic-diversification programs and the objectives of Saudi Vision 2030.
He added that every expansion in global artificial intelligence adoption increases the strategic importance of electricity, clean energy, and digital infrastructure.
These sectors have become essential pillars of regional strategies designed to attract foreign investment and strengthen the digital economy.
The strategic outlook
Concluding his remarks, Samer Choucair said the central investment question is no longer which company will lead artificial intelligence, but which businesses will own the essential infrastructure capable of powering it.
He added that institutional investors will increasingly focus on companies able to generate electricity, expand grid capacity, and provide the infrastructure required by data centers.
Investors will also closely monitor technology companies’ capital expenditure, energy policies, and interest rates, as these factors will determine the speed of this investment cycle and the distribution of returns across the full digital-economy value chain.