The Rise of Energy Tech
In this episode of The LathamTECH Podcast, James Garrett, Global Vice Chair of Latham’s M&A and Private Equity Practice, and Scott Craig, a partner in the firm’s Emerging Companies & Growth Practice, discuss the complexities of energy tech, where the opportunities lie, and what companies and investors need to know as the sector continues to evolve.
Cold Open
Scott Craig: One of the things that we've found since I've been at Latham is how synergistic the energy and infrastructure group has been with the emerging company group, and how we've had deals where we've had to call that group up and talk to them about types of project finance or other fundings that we don't typically see.
James Garrett: You're right. You have to take a fully holistic approach. Coupling our industry expertise with our various practice groups, you can solve not just one piece of the puzzle — you can provide solutions for the entire project lifecycle in a commercially feasible manner.
Interview Start
James Garrett: Hello and welcome to the Latham Tech Podcast, where we survey the latest trends emerging from the world of tech and explore their impacts on your company — both the opportunities and the risks. In this episode, we'll be discussing the rapid rise of energy tech, from how the companies in this space differ from traditional venture-backed tech companies to the new power sources competing to fuel the data center boom.
So Scott, energy tech is a broad and rapidly evolving space. How would you define energy tech, and how do these companies differ from your traditional VC-backed tech companies?
Scott Craig: Well, like you said, energy tech is very broad. It covers a lot of things. It can cover software that's servicing the upstream oil and gas industry or other energy transition technologies, all the way to the technologies themselves — whether it be things like geothermal, solar, or servicing data centers.
As far as how it differs from typical venture-backed companies, the software companies maybe not so much, but the hard technology companies — they have a lot of different sources of funding that they can seek, and there are different types of funding for different strategies for these companies. For instance, they might want venture capital to begin with, but down the line, it may be better to seek other types of finance, whether it's government loans and grants, or more project finance and private capital that you wouldn't typically see at traditional venture-backed companies.
To that end, the AI and data center boom, as you mentioned earlier, is huge. What are you seeing as far as the technologies that are helping to service the data center and AI space?
James: What we're currently seeing is a real shift in how data center developers think about power. Gone are the days where they're exclusively relying on the grid for power. More and more, they're relying on themselves to control the power directly. This is primarily because the grid is not sustainable for the high demand, largely driven by AI. You have transmission and interconnection constraints that are causing significant delays in putting projects online and causing power reliability concerns for data centers.
From a technology perspective, we're seeing a lot of interest in fuel cells because they're deployed relatively quickly at the site. We're doing a lot of deals in that space. We're also seeing a significant resurgence in natural gas. From a technology perspective, it's the way they're deploying the natural gas: moving from a centralized generation model to individual units on site to deploy the power efficiently and directly to data centers.
Renewables and battery storage continue to remain firmly in the power mix, but those are often coupled with other power sources to deliver a continuous power solution. And finally, for the long term, you mentioned geothermal. We're seeing a lot of interest in geothermal, and to a greater extent, nuclear, as long as they can provide sustainable power in a continuous manner because of their firm, carbon-free baseload. In addition to those technologies, we're also seeing long-duration battery storage and microgrid solutions that are helping fuel the data center boom.
Scott: I think one of the things that's interesting about all these new technologies is that, unlike what we may have seen with traditional oil and gas or energy companies and how they raise money and the entrepreneurs in that field, it looks a lot more like a Silicon Valley–style company for a lot of these technologies. And we'll talk about this, but they're running into the headwinds of "What type of investor do I need for my company?" and "Are they willing to make a venture-style investment?"
James: I think one of the unique points about that is just the revenues. The data center market has become very attractive from a commercial and financing perspective. You have significant immediate demand coupled with highly creditworthy counterparties that are seeking long-term customer contracts. And for a technology company who's not used to this continuous and consistent revenue, this is a revelation.
From an investor perspective, because you have the more constant contracted cash flows, you're seeing an influx of infrastructure funds, particularly with fuel cells. You're seeing private equity funds, particularly with geothermal. And then for nuclear and a host of the other technologies, you're seeing significant demand for the public capital markets, primarily because the cost to fund and develop these power solutions on site is significant.
Scott: That's a great point. The data centers have become sort of the end-all, be-all of a lot of what we're doing right now. In fact, we're seeing a lot of technologies and technologists that maybe were in other fields starting to pivot into the data center space. What are your thoughts on that? Maybe give a couple of examples of what you've seen and how that's going.
James: Piggybacking off our prior discussion, the revenue generation and revenue certainty from these long-term contracted cash flows is pushing many of these technologies into the space. An example is fuel cells. Fuel cells have historically been an on-site niche power solution for industrial companies. Now they are front-of-the-line, on-site power for data centers. Take geothermal, to a lesser extent, which utilizes oil and gas techniques that have now moved into this industry as well.
As a result of these technology companies pivoting to the data center market, coupled with these contracted revenues, as we mentioned, we're seeing significant interest from infrastructure funds, private equity funds, the public markets, as well as family offices. These new investors have a more conservative profile than your typical tech investor. How is that changing, or how do the terms look different because of that?
Scott: It's interesting because you're right. The venture investors, there's a specific model there. They know that some of their investments aren't going to work out and they're going to write them down to zero, but they're hopefully going to have enough home runs and grand slams that it makes up for the difference.
At the end of the day, these are still technology companies with speculative technologies that need money to grow and to advance their technology to get the revenue you're talking about. But these new investors — whether it's infrastructure funds, private equity dabbling in minority and venture investments, or family offices that are used to investing in upstream oil and gas and are now looking at these technology companies — they've got a much more conservative profile. They can't have losers in their portfolio. And as a result, the negotiation, especially if it's early money in a company, becomes pretty difficult sometimes for the entrepreneur who's expecting a very simple National Venture Capital Association–style term sheet from their first investor.
What we've got to do as the attorney to the company — and sometimes the attorney to the investor — is help play Rosetta Stone. We've got an entrepreneur that expects very light terms, very laissez-faire control by the investor. And we've got an investor who needs to make sure that this company is going to work. We're talking to these entrepreneurs and saying, "Look, you want the money from these folks that know the industry. You're going to have to take some terms and some provisions that maybe you would not have gotten from a West Coast VC."
Similarly, when we've talked to the investors, we have to say, "You're investing in an entrepreneur that is putting their technology on the line. This isn't an upstream oil and gas development that people have done 100 times. They don't want to give up their technology and control of their company on this initial investment." We've got to come to the middle here and understand what both parties want to get to yes and to figure out how we're going to get a deal done. And sometimes the deals don't get done as a result.
The other thing I'll add to that is it's important for these energy tech companies to be able to plug into the investors you talk about, because at the end of the day, whether it's a strategic investor — which is another type of investor we didn't talk about — or these infrastructure funds that have been in the energy industry for years, they know the supply chain. They're the ones that are going to be able to plug the entrepreneur into the vendors and the customers they need to create the revenue that's going to be required to get returns for everybody.
James: I'll piggyback off that. Particularly as these investments scale and you've got contracted revenues, you're bringing in infrastructure funds that are only going to invest if you have the contracted revenues there. I think one of the key elements they bring is the relationships with project financing because none of these projects get done with equity alone. They all require project financing, and having those relationships — the sophistication of how to interface with those financiers — is critical.
Scott: And I think it's important to understand with these energy tech technologies that are more hard science and are going to require a lot of capital to build the facilities, to build the infrastructure needed to create the revenue — think geothermal, think fuel cells, anything that's got to manufacture or develop or produce — it doesn't make sense for venture capital to be the thing that's funding that in the long run. The venture capital is there to maybe get you to the pilot and get that pilot project off. But if you're funding a $500 million plant with venture capital, that's really dilutive to the founders and the early investors, and there are better ways to do that with the private capital we're talking about.
James: Scott, as we've discussed the various funding alternatives available, how should companies be thinking about the various alternatives as they grow in energy tech?
Scott: I think one of the things that's very important from the beginning is getting the right professionals. And yes, that includes lawyers, but it also includes the right financial advisors, the right technical advisors, getting them on board quickly, and getting the right team in place, because what you're trying to build is very complex.
From my perspective, I've got two different clients right now that are in this data center space. Simultaneously we're trying to raise venture capital while at the same time trying to prepare for a project finance of their first facility, and that's got to run hand in hand. You can't do them in two separate vacuums. We have two teams working on them, for certain, but it's got to work together. You can't raise money here and raise money there and not have it speak to each other, because you've got to make sure that what we're doing at the project is going to be viable for the top, so we can do more projects later on.
One of the things that we bring to the table at Latham is having that expertise both in venture capital as well as project finance, commercial agreements, and these offtake agreements that a lot of these tech companies need to show that they're going to be able to generate revenue once the plant or whatever has been built. Doing all of that in parallel is something that is very unique to our firm. And having the global aspect of it, having offices all over the world, and just the expertise generally. Even in Texas, where we have a very strong emerging company practice to pair with our energy and infrastructure practice, it's something that allows us to fully service our clients across the country.
James: You're right. You have to take a fully holistic approach — coupling our industry expertise with our various practice groups, you can solve not just one piece of the puzzle, but provide solutions for the entire project lifecycle in a commercially feasible manner.
Scott: Correct. One of the things that we've found since I've been at Latham is how synergistic the energy and infrastructure group has been with the emerging company group, and how we've had deals where we've had to call that group up and talk to them about types of project finance or other fundings that we don't typically see. And similarly, a lot of the investors that those groups are working with are doing more venture-style funding. You want to have a strong emerging company group involved so they can go into the company and negotiate against company counsel in a way that fits that type of transaction. It's really important that you have the right type of lawyers negotiating the right type of transaction, because a lot of different things can go wrong if you don't, for good and for bad. But it's something that you really want to pay attention to, and that's something we're able to provide.
James: Scott, these are all great points. The need for an integrated platform is because these transactions are highly complex. There's not a single well-defined playbook. We're dealing with transactions at the intersection of infrastructure, energy, and technology, all with different regulatory frameworks, capital profiles, and risk appetites. In a single transaction, you can be dealing with evolving energy regulation, project finance considerations, M&A dynamics, IP concerns, and highly complex bespoke commercial agreements.
Additionally, all this is happening in real time. The concerns about risk allocation, bankability, and ensuring you're putting together arrangements that can hold up through the entire course of the project require a holistic approach.
Scott: That's fair. I think one of the things — you use the word "bespoke" as to the commercial agreements, but I think you can apply that to the entire transactions or set of transactions that each company needs. Especially for the people in my world in venture, where things can be a little rote sometimes — "we're going to use these docs and we're not going to veer from them" — it's sometimes a hard sell. But it's really important for entrepreneurs to understand that if I've got this new, sometimes first-of-its-kind technology, the transactions that are going to be required for me to commercialize it are very likely going to be also first of their kind in a lot of ways.
When you combine all the different ways that I'm going to have to raise money, bringing a group of lawyers, a group of experts, or a group of professionals together that can see around the corner and figure out how to work the entrepreneur piece of it into the project finance piece of it, with the regulatory piece of it, and know how to bring it all together — that is just very important given the complexity.
Let's look into the future a little bit. What technologies do you think are best positioned to succeed? And similarly, with respect to data centers themselves, where do you see that industry going, and what do you think the most successful technologies are going to be?
James: Taking a step back — and we mentioned this at the beginning of the podcast — one of the major bottlenecks in the data center market is the supply of power. It's not demand. And when you couple that with the continuing and evolving demand landscape (more power-dense chips, new advanced cooling technologies), the need for power continues to evolve and increase.
In the short term, it's technologies that can be deployed quickly to deliver reliable power: natural gas, distributable power solutions, fuel cells, and solar. Over time, you're going to see a transition — not away from those technologies, but also towards more long-term, durable technologies that have a low carbon profile: geothermal, and to a greater extent, hopefully nuclear. In particular with nuclear, the great interest is around fusion because of its low waste profile coupled with the potential for a reliable, consistent clean fuel.
But regardless, it's not going to be a one-winner approach. The race for these data center developers is to develop data centers quickly and efficiently with continuous supply. That's going to require hybrid solutions using a combination of these technologies and technologies we haven't yet invented.
Scott: I think what that means is you sort of bring it all full circle. These technologies are being developed by entrepreneurs at technology companies that look like what we think of as venture-backed companies, but they are getting into an industry that is very different from what we think of when we think of venture capital. As a result, being able to couple the funds that we've seen traditionally in the energy industry with the entrepreneurs and their ideas will really help the technologies in the nuclear space, in the geothermal space, and in all of these spaces thrive, allowing these entrepreneurs to really build their companies and plug into the supply chain in a way that maybe they couldn't before.
James: Completely agree. And with that, I think our podcast has come to an end. Thank you, Scott.
Scott: Thanks, James.
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