Summary

Base Power’s wager is that vertical integration can turn residential backup into a lower-cost utility and, eventually, “the world’s largest distributed power plant.” In Texas it designs, manufactures, installs, owns, and operates batteries, then sells household electricity: the fleet serves the grid when available and backs up homes during outages. Dell says customers save roughly 10–20% monthly, while software monetization and successive hardware generations should push bills lower.
Dell argues that the US has substantial latent capacity before it runs out of electricity. The grid peaks around 700 GW but averages closer to 300 GW, leaving roughly 300–400 GW accessible through time-shifting—and potentially up to 700 GW if peak demand approaches 1 TW. “Batteries move energy through time,” letting software align supply and demand without immediately rebuilding the entire grid.
Solar plus storage is Dell’s thesis for the next five decades, while nuclear remains a hoped-for but currently too-expensive alternative. Gil presses him on Chinese subsidies; Dell credits capital investment spanning subsidized Chinese companies and US and European firms, with solar already about 20% of Texas’s fuel mix and closer to 30% in California. Nuclear is not “dead in the water,” but must become much cheaper and faster; Dell thinks solar-storage deployment might accelerate enough that nuclear economics will not make sense.
The worsening cost center is moving electrons, not producing them. Generation costs have fallen substantially over 20 years, largely through solar, while delivery costs have risen because infrastructure is aging and regulated utilities earn returns on capital expenditure—an incentive “to build instead of innovate.” Dell’s remedies are faster permitting and interconnection, more competition, and price signals that compensate customers for shifting consumption.
Cheap power should pull AI training and heavy industry toward low-cost regions and energy hubs. China currently has the advantage because it built nuclear, solar, wind, batteries, and high-voltage transmission; Dell expects highly energy-intensive workloads to converge around Texas and the Gulf, citing Stargate in Abilene and announced Gulf projects. Five-times-cheaper desalination could also turn an emergency tool into routine infrastructure.
Base’s near-term constraint is talent, with demand exceeding capacity. The company has grown from 10 to about 250 people, is standing up its first Austin factory, and says it has more demand than it can serve; early leaders from SpaceX, Starlink, Anduril, and Tesla still perform individual-contributor work. Its candid operating formula is “urgency and focus”: Dell says Base “probably” works more than 996, but ruthlessly prioritizes visible north-star metrics.
The $1.3 billion raised in roughly 18 months is intended to start a cost-and-scale flywheel, not finish the mission. Paying 5% rather than 10% to finance the same asset permits lower prices, but Dell calls $1 billion merely “the ante to sit at the poker table.” His decomposition is explicit: technology and innovation deliver 90% of cost reduction, capital another 10%—and in a commodity market, “there’s no sexy electrons.”

Deep dive

1. Base turns household backup into a vertically integrated utility

Dell traces Base to a college solar-farm project and his finance view of the energy value chain at Blackstone and Thrive Capital. The pattern he wanted to repeat was Tesla in autos, SpaceX in aerospace, and Anduril in defense: attack an incumbent-led industry with an engineering-led, R&D-driven company. Coal and gas defined the last five decades; “the next five decades of energy are going to be defined by solar and storage.”
Signing up with Base means making it the electricity provider, currently only in Texas. It designs and manufactures batteries, then installs, owns, and operates them; deregulated customers buy power directly, while regulated Texas utilities can buy its technology and offer the service to their customers. “When the grid’s up and running, we use that battery to serve the grid. When the grid goes down, you get that battery to back up your home.”
Dell says Base saves customers on the order of 10–20% monthly. Software connects the distributed assets and bids them intelligently into the power market; Base then uses the resulting income to reduce customer prices. Further investment and new hardware generations should lower costs, raise returns, and let the company share those returns through progressively cheaper, more reliable electricity.
Guo frames the strategic shift as moving from a centralized grid toward a distributed grid, and Dell confirms it. Dell calls the network “the world’s largest distributed power plant” and says future products will retain the same traits—distributed deployment, technology-defined operation, lower cost, and greater reliability.

2. Storage can unlock latent capacity while generation catches up

Gil frames the demand shock as a possible move from roughly 2% annual growth toward 10%. Dell thinks that is “directionally” right and potentially understated: a massive increase in electricity demand is coming, but claims that America is simply running out of energy misunderstand how inefficiently existing capacity is used.
Dell’s arithmetic: the US grid’s maximum peak is around 700 GW, versus average demand near 300 GW. That leaves roughly 300–400 GW of latent capacity today, and potentially up to 700 GW if peak capacity grows toward 1 TW. Batteries and software access it by time-shifting power, although Dell concedes that the country must also build more generation.
Gil’s subsidy pushback—worth keeping—is that China’s government financed much of early solar production. Dell agrees subsidies funded substantial capital expenditure, while adding that US and European companies also supplied capital. Whatever its origin, the cost curve has arrived: Texas solar is about 20% of its fuel mix, California is closer to 30%, and falling landed costs should make solar economical beyond today’s Sun Belt concentration.
On nuclear, Dell gives a deliberately hedged answer: “I hope it takes off,” but it must become much cheaper and faster. Gil highlights permitting delays, debt costs, oversized projects, and the shift toward smaller modular reactors. Dell’s view is that solar-storage deployment might accelerate so quickly that nuclear economics “just won’t make sense”—not because nuclear is impossible, but because the alternative keeps getting easier.

3. Energy abundance redraws the map of industry

Storage is indispensable because solar output does not match round-the-clock demand and long-distance transmission adds cost. Dell’s formulation carries the whole argument: “Batteries move energy through time; poles and wires move energy through space.” Base therefore considers itself more competitive with transmission and distribution infrastructure than with solar, wind, nuclear, geothermal, hydroelectric, or any other generator.
Guo’s sharpest example is desalination: today it is “kind of an emergency use case,” but if it were five times cheaper, it could become routine wherever salt water is available. She also names green hydrogen, electrolysis, refineries, and “boring stuff” in heavy industry that keeps the broader economy functioning.
Capital-intensive, energy-dependent production should “at the limit” cluster around cheap power, though Dell preserves the geographic caveat: access to other required inputs can outweigh electricity prices. China currently leads because it built supply across nuclear, solar, wind, battery storage, and high-voltage transmission. He expects Texas and other policy-friendly US regions to emerge as energy hubs.
Gil asks whether AI training will concentrate in the US and Gulf rather than Europe or parts of Asia. Dell limits his agreement to the underlying mechanism: highly energy-intensive workloads will converge around low-cost electricity. He expects more activity in the Gulf and Texas, pointing to Stargate in Abilene and large Gulf projects as evidence that this pattern is already forming.

4. The grid rewards construction when it needs innovation

Dell splits an electron’s delivered cost into making it and moving it. Production costs have fallen substantially over the past 20 years, largely through solar; transmission and distribution costs have risen as infrastructure ages. Generation technologies attack the first component, while Base attacks the second—the side where Dell sees the larger opportunity for cost reduction.
The incentive problem is structural: regulated monopoly utilities receive a predefined return on the capital they invest, typically set by a state public utility commission. That rewards building more infrastructure rather than innovating. The system generally sits under FERC outside Texas, whose separate ERCOT market carries its own institutional complexity.
Dell’s compressed history begins with Texas refusing to join the Eastern and Western interconnections, ERCOT emerging in the 1970s, and deregulation arriving around the late 1990s or early 2000s under George W. Bush, Rick Perry, and “some other cowboys.” California had started down a similar path, but Enron halted momentum; Texas “carried the torch,” inviting competition and investment that helped drive its solar and wind buildout.
Dell concedes the case for centralization: seven sets of power lines through one neighborhood would make no sense, and the grid is “the most complicated engineering machine ever built.” His reform agenda is narrower—shorten permitting and interconnection queues, expose more participants to market prices, and compensate flexible users when they shift consumption toward hours in which power is abundant.

5. Talent, technology, and cheap capital compound together

Base grew from 10 people to roughly 250, with its earliest hires becoming today’s functional leaders. Co-founder Justin previously led manufacturing at SpaceX and Anduril; software chief Jared Green led Starlink’s laser-topology team, while other early executives came from Starlink go-to-market, SpaceX procurement, Anduril manufacturing, Model 3 battery production, and Powerwall 3 engineering. Those leaders still do individual-contributor work—Dell’s version of “lead from the front.”
Base says it has more demand than it can serve and is standing up its first Austin factory for large-scale production, making talent the immediate constraint. Dell is recruiting across software, hardware, manufacturing, deployment, finance, policy, and go-to-market, with particular emphasis on firmware, power electronics, mechanical and design engineering. His pitch combines hard problems, enjoyable colleagues, and the economic upside of attacking an enormous commodity market.
The cultural mechanism is “urgency and focus.” Dell candidly says Base “probably” does more than 996, but argues that visible priorities prevent activity from becoming aimless: north stars are widely understood, lunches and dinners carry strategy discussions, and the office “looks like a Best Buy” because metrics occupy TVs everywhere. “If it’s on a TV it must matter, and if it’s not on a TV it probably doesn’t matter.”
Capital completes the system. Base raised $1.3 billion in about 18 months, including the latest $1 billion, while Dell says OpEx has a clear path to near-term operating profitability even as CapEx remains asset-heavy. Borrowing at 5% rather than 10% supports lower prices, yet “a billion dollars is the ante to sit at the poker table.” Scale lowers costs and raises returns that are passed through as lower prices, lower prices create demand—and Dell assigns 90% of the cost-down to technology, 10% to capital.

Ben Horowitz and Ali Ghodsi: How to Run a $100 Billion Business Inside Orlando Bravo’s Private Equity Playbook: How to Build a Top Firm