Solar Power Could Fuel AI's Growing Energy Needs

The artificial intelligence revolution has an infrastructure problem: it's running out of electricity to power its data centers.

By 2030, AI's growing energy appetite is expected to more than double electricity consumption across the United States. After years of stable demand, the country now faces annual growth of several percentage points, driven almost entirely by AI data centers that consume 5 to 10 times more power than traditional facilities.

But solar energy companies believe they've found the solution. At the recent Mind the Tech conference in New York, Yoni Hantis, CEO of renewable energy company Doral, shared how his industry can keep pace with AI's exponential growth.

"There is no AI without energy," Hantis explained. "Behind all AI is a data center, and behind it, we need to understand the connection to the power grid."

The math is straightforward. More than 90% of energy projects waiting to connect to leading U.S. power grids are renewable, making them the cheapest and fastest option available today.

Doral's flagship project in Indiana proves the speed advantage. The company is building America's largest solar facility, capable of powering nearly half a million people, in under six years from start to finish. A conventional power plant of similar size would take three times longer.

The Ripple Effect

The renewable energy boom creates unexpected partnerships that benefit multiple industries. In Israel, Doral is pioneering agrivoltaics, combining solar panels with active farming on the same land.

Agriculture gains financial stability from solar revenue. Solar companies access land they need for projects. Both industries strengthen each other in a sustainable cycle that's now attracting data centers seeking direct grid connections and green electricity.

This model brings technology jobs to rural areas while maintaining agricultural productivity. Communities in Israel's periphery are seeing new employment opportunities as data centers locate near renewable facilities.

The approach works because it solves real constraints. Tech companies like Nvidia are building data centers in Israel, but innovation requires reliable power sources. Solar projects deliver that power faster than any alternative.

For countries balancing technology growth with energy independence, renewable infrastructure becomes strategic. Israel's combination of agriculture, solar power, and data centers creates economic stability while reducing reliance on imported fossil fuels.

The transition is already happening. Companies aren't waiting for future technology or policy changes. They're building solar farms today because waiting means losing the race to power AI's next generation.

The bottleneck of the 21st century might just have found its solution in the most abundant resource on Earth.

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