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All the Credit

High Voltage: Exploring Developments Across the U.S. Electric Grid

26 min episode · 2 min read
·
High Voltage

Episode

26 min

Read time

2 min

Topics

Relationships, Investing, Fundraising & VC

AI-Generated Summary

Key Takeaways

  • Demand acceleration timeline: Power demand growth moves from essentially zero over twenty years to forecasted 3-5% annually, primarily from AI data center buildout requiring 80+ gigawatts in Texas ERCOT alone by decade end, fundamentally reshaping investment landscape across generation assets.
  • Supply constraints bottleneck: New gas generation requires 5-6 years from turbine order to operation due to supply chain limitations and permitting delays, even without regulatory red tape. Existing nuclear and gas plants gain significant value as tech companies prioritize speed-to-market over previous clean energy commitments.
  • Regional capacity auction dynamics: PJM's recent capacity auction cleared at elevated prices to incentivize new build, with next auction potentially doubling again. However, regulators delayed December auction to June addressing consumer group concerns, balancing reliability needs against ratepayer bill increases and political pressures.
  • Merchant power valuation shift: Tech companies sign power purchase agreements at over $100 per megawatt hour for delivery five years forward, more than double current prices. Previously unloved generation assets now command premium valuations as aging infrastructure, limited new build, and structural demand growth converge.

What It Covers

US electricity demand shifts from two decades of flat growth to projected low-to-mid single digit annual increases driven by AI data centers, manufacturing reshoring, and electrification, creating massive investment implications across power generation and transmission infrastructure.

Key Questions Answered

  • Demand acceleration timeline: Power demand growth moves from essentially zero over twenty years to forecasted 3-5% annually, primarily from AI data center buildout requiring 80+ gigawatts in Texas ERCOT alone by decade end, fundamentally reshaping investment landscape across generation assets.
  • Supply constraints bottleneck: New gas generation requires 5-6 years from turbine order to operation due to supply chain limitations and permitting delays, even without regulatory red tape. Existing nuclear and gas plants gain significant value as tech companies prioritize speed-to-market over previous clean energy commitments.
  • Regional capacity auction dynamics: PJM's recent capacity auction cleared at elevated prices to incentivize new build, with next auction potentially doubling again. However, regulators delayed December auction to June addressing consumer group concerns, balancing reliability needs against ratepayer bill increases and political pressures.
  • Merchant power valuation shift: Tech companies sign power purchase agreements at over $100 per megawatt hour for delivery five years forward, more than double current prices. Previously unloved generation assets now command premium valuations as aging infrastructure, limited new build, and structural demand growth converge.

Notable Moment

The Pennsylvania nuclear plant restart agreement reveals tech companies willingly pay double current power prices for delivery five years out, demonstrating how dramatically the market values future electricity supply amid unprecedented demand growth and severe generation capacity constraints.

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Episode Transcript

You're listening to All the Credit, a monthly podcast series brought to you by PGIM Fixed Income, an active global fixed income investment manager. Welcome to All the Credit. I'm Brian Barnhurst, global head of credit research. Today's topic is absolutely one of my favorite topics. I think it's one of the most interesting developments in the investment landscape, US power. If you look back over the past two decades, growth in demand for power in United States has rounded to basically zero. But there's a massive structural shift underway, and that's changed. Growth over the next decade is now expected to average low single digits on an annualized basis with some forecasts already anticipating that number moving towards mid single digits. That's a trajectory that has wide ranging investment implications. I wish we could bring more resources to the discussion because we have so much expertise in the firm, but we're fortunate to be joined by Max Housley, US investment grade corporate bond analyst, and Mike Hague, US leveraged loan portfolio manager, both of whom have extensive experience in US power markets. Mike, Max, welcome to All the Credit. Happy to be on the show, Brian. Appreciate it. Thanks for having us. Max, I'll turn to you first. What's driving the inflection in power demand, and are the drivers sustainable? The power demand here is mainly coming from tech's massive AI push, and the data centers need to support it. But there are other growth tailwinds in other areas, including restoring of manufacturing, electrification across the country, and other smaller growth drivers. So AI, definitely the headline here. But there are a lot of areas that you're seeing growth and I do think it's sustainable even if we don't see as much AI growth as we might be expecting today. And then in thinking through the implications of growth in power demand and accelerating growth in power demand, We think about the need for additional generation. How are we gonna source it? Where is it going to come from? I think it's important to keep in mind the primary goal of these tech companies is really speed to market and gaining market share. So they previously had a lot of clean energy goals, a lot of net zero goals. So clean energy is nice to have, but I don't think it's necessary in the short term. This will be fed with both renewables where it's easy to get those online and where it fits what the tech companies want. They think it will also come from gas and existing nuclear plants. Now the issues here are supply chain and permitting. So while there might be power and power demand, getting new power on the system isn't as simple as plugging in a power plant and plugging in your data center. So there's definitely some complications here. While it may be a simple question, the answer, I think, is a lot more complicated. So we've been talking about structural growth …

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