Yes. Well, thanks, Dave. Look, e-fleets are accretive. They're accretive for a couple of reasons. Number one, highly efficient to operate from our standpoint. And so that makes them more accretive. Clearly, the are bringing a lot of value to clients, and therefore, they're priced and thought about differently in the marketplace. And so look, I expect that, that will continue into the future. But I think what's most important is the contracted nature of the fleets, which mean a couple of things also. Number one, that the pricing is sticky, but it's sticky because it's contracted over time and the value is thought about. And so sophisticated procurers can look at that and model that, and we can model it as well and comfortable with the value created. But I think the second thing, as we think about what types of customers look at e-fleets, these aren't a spot market solution. I mean the companies that are interested in e-fleets are those that have steady programs, work through cycles, have a clear vision of where their business needs to go and are willing to commit to the technology to deliver that over the long term. And so -- and really, it's an entire system. If we think about an electric fleet, it's -- obviously, it's an efficient, lowest-TCO electric solution, but it's also automated, which drives the level of precision around fracking that I've never seen before. And so the clients know that they're delivering what they expect to deliver, and then finally, the subsurface measurement. But I bring all of that up because that's part of what drives it being accretive: a, it creates a lot more value, therefore, is more accretive than a Tier 4 diesel fleet clearly; and then also a different set of conditions, which also changes the return profile of these assets as we go into the market. I hope that helps, Dave.