Transcript
Today's guest is David Foley. He's the senior managing director at Blackstone and the global head of the Blackstone Energy Transition Partners Group. You David, you joined Blackstone in 1995 and you've really played a central role in both building the energy platform there and investments across both traditional energy and especially more recently the energy transition.
So first of all, thanks for thanks for being with us. >> Great. Happy happy to be here, John. >> I'd love to hear what's changed and what's changed most in private equity over the time you've been there. >> So I think in terms of what's changed most, um when I started in '95, most people were generalists. >> Mhm. >> You know, we'd do buyouts of I think the first couple things I worked on at Blackstone worked on a toy company, then a telecom company, then a funeral home, but like all kinds of different things just as a generalist investor. And one thing
that's changed significantly is it'd be very hard now to find a private equity firm that didn't have areas of of expertise, industry specialties, health care, energy, tech, consumer products. And I think in a very legitimate way, you know, you you know a lot about what's important to that industry. It's, you know, technological innovations to the extent it's impacted by regulatory stuff.
You're already familiar with that. You've done a mapping, you know who all the competitors are, you have a view. So that is now table stakes. So if you don't have that and you're competing in a competitive in a auction process with somebody who does, you're going to be much slower cuz you're still trying to figure it out whereas they already know it and they can focus on the management team company.
So that's one thing that's changed. Um industry specialization. I think another thing that's changed is um there's a lot more players and bigger. Like every range from like small to big and so it's getting more efficient. You know, finance is you know, everyone's looking to get excess return and and money flows, you know, like water to where they think there is a imbalance, you know, where there's a vacuum.
And so, the the firms that are doing better at it maintain some degree of differentiation, right? What are you actually good at? How can you build a moat and and and through your reputation, relationships, maintain a bit of an edge. I do think that private stuff is still less efficient than the public market. Uh and because it is uh committed undrawn capital, on the occasions when the public market's dysfunctional and locks up, you know, like global financial crisis, coronavirus, you know, we can and do try to step in when the
public market's freaking out. And, you know, may overvalue things on the upside, but the same's true on the downside and kind of take advantage of that. So, so I'd say those are some things that have changed. Um but in terms of things that have stayed the same, uh in terms of creating value, the importance of management teams, like and the difference between A and a B player as a CEO like night and day.
Um the um importance of business quality, like is it actually a good industry? Some industries are inherently don't produce returns for shareholders. I can't believe they keep on getting funding and they kind of do. So, I think business quality remains an important thing and um I think understanding the macro tailwinds and impacts of regulatory policy are still important, maybe even more so cuz it just seems maybe after 30 years it gives you some perspective, but it seems like the pace of change is much more rapid.
>> Uh all right. So, um what I want to do now is talk a talk a little bit about the the portfolios that you manage these days. So, I feel like you were quite early in building out the dedicated energy transition funds. So, I'd love to go back to to when you started to do that.
What Why did you think that was important versus traditional oil sort of oil and gas um private equity portfolios? I would love to hear sort of the the genesis of that. >> So, you know, we've been doing energy deals since 1997. So, you know, from the start everything's looked at through a fiduciary lens. And and so uh in the case of current funds, you know, we're a fiduciary that actually as it turns out, because the scope has a really positive environmental impact and impact on communities and employees.
And in a way that's that that really streamlines things cuz there's no misalignment at all. And and I think it can be harder sometimes for broader fund managers where uh you know, energy can be a a cost and and you know, if the first bit, like if you're going on a diet, you know, losing the first few pounds isn't that hard, but try to get to net zero, you know, it's harder and in some cases, there may not be an obvious economic return to shareholders or investors of that next notch down on if you're focused on reducing CO2
emissions. But for us, because you know, most of the companies we're investing in, whether they're you know, in on the electrification side of it or it's on the molecule side, you know, we are helping our customers with you know, making electricity more affordable, reliable, energy security, safer, and cleaner, right? Not absolutely clean, but better.
And and so, um if we're successful in getting more customers who want a transmission line built, they want battery storage, they want solar on their roof, they want to run their factory, but use less energy in doing it, that's revenue for us, it's profit, and we're helping the broader economy, you know, massively decarbonize it.
>> As you As you were talking there, that brings us to probably the the the the chunkiest topic I'd I'd love to talk to you about is is energy demand. Um and so with with AI, with data centers, with reshoring manufacturing, uh an aging electrical grid, I would love to hear your perspective on how in some ways how we as a country, but how in particular Blackstone Energy Partners can help play a role in sort of bridging this this gap on energy demand where we are right now.
So we'd love to hear you sort of share how you're solving for that some maybe with some examples um would be would be lovely to hear. >> That's a big topic. So so this is going to take a while, but we're happy to go through it. So electricity demand is now growing after decades of not. It's not all about AI, I'd say if on average in the US the growth of the next few years is and this isn't going to sound exciting at all, you know, like 3% maybe 3 and 1/2% in some industries.
That's pretty boring. But you got to unpack it. So about two points 2% of that has nothing to do with AI at all. And and some of that last percent is just cloud computing. So again, not necessarily AI, but the and and the the the 2% is, you know, onshoring nearshoring manufacturing, a bit more industrial economy, the early returns from energy efficiency having been made, you know, again like home insulation, windows, all that.
So it was growing anyway. Um but it's the addition of the hyperscalers for whom the highest value of a megawatt hour in the US is absolutely, you know, for data centers and AI. They'd pay, you know, if they could get it, triple what, you know, an average, you know, residential industrial user would use. >> Um but getting back to your point, electricity demand's growing for all these reasons and because I think the industry and utilities were lulled into this false sense of, "Hey, what's What's problem? Everything's
great. Demand doesn't really grow. We've got a big cushion. Everything's good. We need to pay a dividend. So, do we really need to invest all this CapEx in our transmission grid? Ah, you know, maybe next year. So, we've had 15 years or so of electricity prices, residential, commercial, industrial, growing at less than the rate of inflation.
Little to no increase in electricity prices. That changed a lot. Like last 5 years, it it's it's almost double in a lot of locations, including a lot of locations by the of no data centers whatsoever. So, you know, it it it's it's due to, you know, policies, state policy, uh perhaps overly aggressive shutting down of of uh existing assets, perhaps because of, you know, CO2 related focus, net zero objectives, or just cuz they were old.
Um and and not investing in the transmission grid. Cuz you should think about the transmission grid in a way as a substitute for new generation. Because it's hard when you use a national average. That 3% national average, you can't wheel the stuff around easily. So, in northern Virginia, where there's a ton of data centers, and there's economic growth, or Texas, where it's a very pro-business state, low tax rate, as it turns out, very efficient solar, lots of wind in West Texas, cheap gas, a lot of data centers going there. So, a
lot of economic growth, demand growth much higher. Um So, that creates stresses individually. And if you had a very efficient grid, you could just wheel power from where there's more of it to where there's less of it, and you could avoid the need to build a new power plant. But but we don't have an efficient grid.
So, at the same time, utilities are trying to play catch up from decades of underinvestment in the transmission grid, which is stressed now because there's no reserve margin. So, long story short, we've got a huge latent demand wedge, which is underbuilt. And some of that's obviously the data centers.
And that is in part why uh you know, back to my upbringings and being an economics major, supply and demand always meet. It's just a question what's the price. So, with that with those price signals, there's now a lot of focus capital form being formed uh from the regulated electric utilities, from private capital, and and clearly the government is is is recognizing this is a incredibly important thing.
>> I think you uh you you talked talked about the how do we expand that supply of electricity without the consumer prices going up? That's a sort of a big conundrum or or challenge. You also talked a little bit about the um the need to work across jurisdictions and alongside government. So, you you've certainly done that.
I would like maybe some examples would be helpful. I know there was a big one that took maybe 10 years to come to fruition working with the New York State. That that would be maybe a good example of how how how can private capital in partnership with government sort of help bridge this gap and deliver this this additional electricity we need.
>> Sure. So, permitting in the West is is is really a a challenge. Um and um and so, the example you're alluding to, Champlain Hudson Express is the name of a 1,250 MW high voltage direct current transmission line that we're building. Really, it'll come online this summer, actually. Uh from the border with Quebec into Queens.
Actually, I can I can see the substation up with um and uh and so, the good news there is it's it's it's reliable. You never get reliable in renewables really, but because it's being aggregated at the border, Hydro-Québec is the one providing the power from wind and hydro. And the great thing about hydro is if you want more of it, you just like lower the sluice gates a bit, the turbine turn a little more cuz you got a reservoir.
>> Yeah, yeah. >> Still probably the most cost-efficient form of electricity storage we've come up with in the last like since electricity was invented actually. Um sadly it's regionally specific, right? You can't build a hydroelectric dam just anywhere. So, uh they're an investment grade counterparty.
They have a lot of excess power in Quebec uh relative to the population. So, they were looking for markets to deliver that power to. And a dozen years ago, we uh were introduced to an entrepreneur from another developer that we were working with on on conventional power generation uh who had this idea that was uh the reason why it ultimately got built and the reason why a lot of other transmission lines to bring power from Canada into New England or New York have failed.
And and that's kind of because uh when people think of the not in my backyard phrase, the thing that prompted that high voltage transmission lines. You know, they're visually you can't hide it. It's very visually obvious and you know, all sequel people like uh put it in the other guy's backyard. >> Yeah. >> Which doesn't really serve the greater good for the greater number for the country.
And so, the brilliant idea that that the entrepreneur had was, "Okay, great. It'll cost more, but if if we bury the line and we go uh down Lake Champlain and the Hudson River we can get it almost all the way to New York City with you know, it not being in anybody's backyard. It's it's it's fewer individual permits cuz the challenge with a right of way is if you're missing one segment you don't have a transmission line or you don't have a pipeline, right? So, any one landowner or county, you know, can essentially block it.
And so, that part worked great and Hydro-Québec's been great to work with. But the reason it worked, which gets back to the answer to your question, was is very much a public-private partnership. Uh very closely working with with with the mayor's office in in the local utilities, uh New York State, reaching across the border to our friends in Canada.
It's not just Canada, but you know, Quebec, a little bit different than Canada. And um and the trades, we had all, you know, electricians, the IBEW loved it, a lot of work, skilled skilled labor. Um and getting it done. So so it's worked out great. >> Could you share a couple of examples, some projects that exemplify, you know, what you're trying to accomplish? >> Sure.
And and and since, you know, the the strategy I think's pretty consistent, but but how we apply it, it's not narrow, you know, it doesn't fit tightly in a traditional asset allocation bucket. So we'll both develop, supervise construction, own and operate critical energy infrastructure assets. And that might normally be done maybe in more of like a value-added infra fund.
Uh value-added infra not just buying it, right? We're taking risk to build it. But we also do buyouts. And and we we like growth companies and equipment manufacturers as well as service providers. So I'll try to give you, you know, example of each. And the first one is actually investment, our first fund. Although we invested in energy before the first dedicated energy transition fund.
That came about uh in 2011, so about 15 years ago. Um And that was a hard asset that we developed. So Cheniere, which existed at the time as a importer of natural gas. And uh in in 2011, I was approached by the CEO at the time, who we previously turned down on the on the regas import natural gas. And uh sometimes adversity is the catalyst for creative.
When you don't have any options, you know, you get really creative. >> Creative, yeah. >> So Sharif didn't didn't have any money and and and the since he didn't fully contract the regas facility, you know, the credit, you know, position wasn't so great. What we did have was a phenomenal site at Sabine Pass, where they'd spent billions to you know, have a pipeline come in. They had a deep water dock.
They had gas storage. And he realized that one of the reasons why the re-gas wasn't working so well was gas prices which people thought were going to be really high cuz we were running out of natural gas in the US. Like you asked anybody, consultants in 2008, 2007, we were running out. We'd have to import more.
And then shale happened, right? It turned Well, no, we've actually got an infinite amount of the stuff and it's cheap. So, he probably, you know, was was like distraught for a while, but but then, you know, said, "Well, I've got this site. It'd save me like a few billion dollars if I turned it into what would otherwise be a greenfield liquefaction facility cuz I've already got the pipeline, I got the dock, I got the storage.
I just need a lot of, you know, compression just to kind of chill gas, freeze it basically, and send it out." >> Yeah. >> So, we committed $2 billion back in 2011 and 2012, which then helped them raise $6 billion of debt and give them credibility with off-takers, you know, big major oil companies who want to make sure, you know, who is standing behind the project. It's Blackstone.
So, it's that worked out. And we got Bechtel to build it for us lump sum turnkey, and that came on online the first trains of of LNG 5 years later. So, Cheniere's now the largest exporter of natural gas. Yes, $50 billion they've invested in it. Um the industry produces over 40 billion a year of revenue for the United States, helps minimize balance of trade.
Uh several hundred thousand jobs. Um I'm really proud of that. So, we created something that didn't exist, and now it's a huge huge industry. And when you think about what that does for us as a country, half of the exports from the US went to Europe in in 2024 to keep our allies safe and and, you know, uh from uh because of the war with Russia.
And uh it's a great way to monetize a resource we have a lot of, which is natural gas, and decarbonize areas that would otherwise be using coal. A second one, and I'll try to get So, that was my hard asset example. Um a second one, which was in fund three, uh Legence, is a engineering business. We bought that in 2020.
So, I knew the CEO from uh he was COO of a prior business, liked him a lot. They design, engineer, and maintain high specification HVAC systems. So, heating, cooling, ventilation, mechanicals, plumbing for built space. Not like just regular office buildings, right? But if you consume a lot of energy, so it's a big part of your cost structure, investing in the latest equipment and design to use less of it, like be more energy efficient, big returns, right? So, as it turns out, data centers have been a great customer base for them. Also,
pharmaceutical manufacturing, where you can't have the temperature vary too much, semiconductors, where you don't want any dust in the air. So, we bought the company, and since then we've quadrupled the EBITDA. We did 24 add-on acquisitions. So, think about that, you know, in 5 years, like 24 add-on acquisitions.
And we didn't do that because the company wasn't growing. Their organic growth rate was like 16%. It was on top of that. They were accretive. We changed the brand. It was originally called Thermo. We called it Legence. We uh hired five new executives who are now part of the of the of the of the senior management team. Uh it's been great.
And we took it public last September. And then from an equipment standpoint, one of the first deals in fund four is a company and we are we do invest globally. I mean, fact is, most of it's in the US, North America, but this was one headquartered in France called Sediver. They make uh glass insulators for the electric grid.
It's the transmission grid. And if you've ever been when down the highway, you see the big, you know, transmission structures. It's stuff that looks like little glass discs hanging in a row. That's what they make. And so, they have lots of patents. It's the premier product. If you're in a country that has much lower labor costs or you're not worried about fires or safety, you can use porcelain or ceramics, but if you're concerned about these things, use glass.
It's a premium quality product. They've got a high relative market share. We bought it um in in the fall of '24. And so, we saw the demand for the product and and we moved quickly and we bought it. The EBITDA went up by 50% in 1 year. We knew they were going to run out of capacity, so we've already put in place we're looking for uh opportunity to expand capacity in the United States.
We uh bought a second uh glass furnace in the Czech Republic to complement the facility in Italy. We've added a line in China. And and importantly, too, since it's like the Chinese facility produces product for China and Southeast Asia, the European facilities produce product for Europe and and export a bit of unfinished product to the US, which we assemble here and provide to US customers.
So, you know, sensible supply chains and um we saw the tremendous need for safer transmission. We've had some fires in the US in certain areas. Um And and you know, you you need modern equipment. And and if you can't get a new right of way for a new transmission line, it sometimes helps to safely upgrade the the voltage on existing right of way and you need new equipment for that.
>> So, um I was wondering if uh as as you were talking there, are there any maybe over the last 10 years or so deals that got away? Um ones that you know, the sort of when you think about A lot of people talk about like to talk about their best deals, but any that you think are sort of mi- mi- misses you're like, ah, we wish we did something different.
>> Sure, you know, there's always a few that got away. One uh was Westinghouse. Which we actually bid on twice to be fair. Over a dozen years ago when it was first for sale, we we were partner with GE. GE had boiling water nuclear reactor technology. Westinghouse was pressurized water. And between the two of them, it's every single reactor in the US.
So, it was actually good good idea. And we liked it wasn't then like, oh, US is going to build a lot of new nuclear reactors. It was that if you had an existing reactor, you really didn't have much of a choice in terms of replacement fuel rods, who is going to repair, maintain, >> Yeah. >> spare parts kind of thing. So, it was really that part of the business quite good.
But Toshiba, the Japanese conglomerate, bought it, paid a price that was more than we and GE thought it was worth. And then sadly for Toshiba, they they like building stuff. So, they decided they wanted to build nuclear power plants using Westinghouse technology, which was very good technology since still is. But the US permitting process and and construction being what it is that they made a mistake of of of guaranteeing a price like lump sum turnkey for those reactors.
And um you know, the US and in fact in the west, the history of building nuclear reactors isn't really an on time on budget kind of thing. So, the the asset went bankrupt. And then the the one that got away, so that one maybe didn't get away, but the one that got away was then when it was being sold by Toshiba out of bankruptcy, we we thought, okay, we're not going to try to build anything.
It's going to be a good business and and we can buy it. And they hadn't really run it that efficiently. So, we thought there'd be cost savings. And um we thought we had it. Um you know, it was down to the final bid and and kind of out of nowhere. And really, I don't even think they were in the initial round. This is now like six maybe seven years ago, paid what we thought was a pretty full price.
Like, ah, you know, and and and and sometimes explaining nuclear and risk, you know, to LPs it's not it's not the most straightforward thing. Although we have owned and operated a nuclear power plant before, worked out great. >> Yep. >> Um but in this one, so we lost that and then subsequently who knew, you know, now uh nuclear renaissance and uh they got a lot of cost out of it and and now the current administration wants to really try to catch up with uh with Asia, particularly China's building I think 38 nuclear reactors now we're
building none. >> Yeah. >> And uh I really do think it does play it that that technology does play a legit and an important role in energy transition, zero carbon emissions and when you turn it on it's it's on and that's part of the Achilles heel really for renewables. >> Thanks. Thanks, David.
Um we'd like to finish these off with just uh a little bit of sense of yeah, we've learned about your risk-taking in the investment space. Um we want to learn a little bit about your broader perspective on risk-taking. So we've got a couple of quick hits here and I'd love you to share whether you are risk on or risk off uh the the these uh these topics if that's all right.
So we'll start with are you risk on or risk off on owning an electric car? >> Uh yes, with a hat with an asterisk. I own a Volvo XC90, so it's a hybrid. >> Oh, hybrid. >> And uh truth be told I also own an Aston Martin which is fully uh you know, uh hydrocarbon powered. >> That is not an electric car, no. >> [laughter] >> But I got I got all my risk averse I guess I got both bases covered.
I got electric and and and non-electric. >> Would you second one, would you uh would you put solar panels on your on your house? >> Yes. >> Yes. You would or you have? >> Uh tried. So we have a a a home outside New York City, you know, >> Yeah. >> primary like don't have a roof really, so no not option.
But uh we have a own a home that that's outside the city and uh we were putting panel panels on the roofs not flat but we're going to put panels on the property and had it all done and the people coming out to do it and then we're told we didn't have a sufficient setback so the local regulatory ruling precluded us from putting panels in the property because it's too close to the property line.
>> But personally you're risk on. Just another permitting thing. Permitting's the the key thing. The next one I wanted to ask was you're from Chicago so would you swim in the Chicago River today? >> No, far too cold. It's You might They might be covered with ice. >> What about in the summertime? >> Still wouldn't do it.
>> Still wouldn't do it. Okay, risk risk off. >> Yeah. >> So we're both we're both golfers by the sound of it. What do you think about putting windmills on the golf course? >> Well, one of my favorite golf courses to play, I'm not a member but I have a friends who are is National Golf Links of America in Southampton and they have a windmill on the golf course.
I I should mention it's probably been there for you know a hundred plus years. It's wooden and it's inoperable but it is a windmill. >> So risk neutral maybe. >> Risk neutral. >> We talked about a bit of a renaissance in nuclear energy. You also mentioned the not in my backyard so how do we feel about a small modular reactor landing in your own hometown? >> In New York City, yes.
>> Thanks David. This was fantastic. Like I said we've called this podcast without boundaries but we didn't just go outside of the boundaries. A lot of it was about looking around corners, trying to figure out what the next opportunity might be and how we solve for some of the biggest challenges in in in the country right now, supplying the energy that we need, the electricity we need.
So thank you so much for your time and we really appreciate it. >> Thank you Johnny. Appreciate the opportunity to have a conversation with you today and the partnership with with Russell and your investors. >> Well mate, that's our show for today. Remember, in your personal life and your investing life, keep breaking boundaries.
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