Texas is becoming a test case for one of the biggest questions facing electricity markets. As AI-driven power demand for data centers accelerates, grid operators are exploring whether large loads can do more than consume electricity – and instead become a source of flexibility when the power system is under stress. The answer depends on the workload. Cryptocurrency mines have already demonstrated they can respond quickly to wholesale prices, while AI and colocation data centers face much stricter reliability requirements. New policies are now pushing large data centers to demonstrate operational flexibility, even as developers weigh options such as on-site generation and demand response. So can flexible data centers help manage the next wave of electricity demand? And what can Texas teach the rest of the world about building power systems for the age of AI? On today’s show, Tom Rowlands-Rees is joined by BloombergNEF US power analyst Lara Kammen and senior associate Nathalie Limandibhratha, to discuss findings from the note “Data Center Flexibility to Relieve Power Prices in Ercot.”<br>Complementary BNEF research on the trends driving the transition to a lower-carbon economy can be found at BNEF on the Bloomberg Terminal or on bnef.com<br>Links to research notes from this episode:<br>Data Center Flexibility to Relieve Power Prices in Ercot - https://www.bnef.com/insights/39741<br>See omnystudio.com/listener for privacy information.

How Bitcoin Could Save Texas From an AI Power Crunch

Switched On

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This is Tom Rowlands-Rees, and you're listening to Switched On, the podcast brought to you by Bloomberg NEF. Not all data centers are created equal. Some consume electricity relentlessly. Others can become one of the grid's most valuable balancing resources. As Texas prepares for a new wave of AI-driven demand, that distinction is becoming increasingly important. That flexibility looks very different depending on the workload. Cryptocurrency minds have already shown they can respond quickly to wholesale power prices, curtailing when electricity becomes expensive.

But the next generation of data centers is expected to be dominated by AI and co-location facilities, where reliability often matters more than price, raising new questions about how much flexibility they can really provide. Texas is now trying to answer those questions in real time. New policies are beginning to require large data centers to demonstrate operational flexibility before connecting to the grid. While market participants weigh whether demand response can meaningfully reduce price spikes, or whether, ultimately, the only lasting solution is to build more generation.

So, as AI reshapes electricity demand, can flexible data centers become part of the solution? And what lessons might Texas offer for power markets elsewhere? On today's show, I'm joined by two members of BNEF's US power team, analyst Laura Kamen and senior...

How Bitcoin Could Save Texas From an AI Power Crunch

Read the full transcript

The candid version is on a podcast,
not the earnings call.

How Bitcoin Could Save Texas From an AI Power Crunch

Read the full transcript

The candid version is on a podcast, not the earnings call.

The candid version is on a podcast,
not the earnings call.