They're spending unforeaken monies on Nvidia GPUs and building this infrastructure.

Once it's up and ready, they want it running immediately.

You're doing multiple steps to the process, right?

You're taking the chemical energy, combusting it in some form thermal energy.

You're converting that thermal energy by moving either a turbine or something moving to mechanical energy.

That mechanical energy is then exciting some sort of a conductor in electric field, and that produces electric energy, right?

So there's like three steps to that process.

So any change you have in the electric energy that has to cascade back, that becomes really tricky.

Fuel cells to contrast that is a direct process, right?

Because that's an electrochemical reaction happening on the cell is just one step.

It's sounding really good, almost too good to be true. What's the catch?

Wood McKenzie's Solar Energy and Storage Summit is back in Denver on the 29th and 30th of April

26. It's co-located with the brand new North American Power and Renewables Forum,

which features senior speakers from across the US power sector.

Come and join over 450 senior leaders from US power developers,

utilities, and independent power producers to tackle the industry's biggest challenges.

From navigating life after tax credits to capturing the load growth boom,

discover how the energy mix is evolving and how the U.S. is going to meet that power demand.

Seats are limited, so register now at woodmack.com.

Welcome back to the interchange recharged.

I'm Bridget Van Doriston, your host.

And today we're talking about one of the biggest infrastructure challenges

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