AES Corporation

AES Corporation is a global power company that generates, distributes, and sells electricity from a diversified portfolio of conventional and renewable sources including solar, wind, hydro, and natural gas, with a growing focus on energy storage and AI-oriented data center power supply.

AES is a global electric-power company that develops, owns, and operates contracted renewables, regulated utilities, and energy infrastructure. For Physical AI, the relevant business is not hardware manufacturing; it is the grid/power bottleneck that turns data-center load growth into real megawatts with signed contracts and interconnection rights.

FY2025 revenue $12.233B (-0.4% YoY vs FY2024), gross profit $2.211B (18.1% gross margin), operating margin 17.55%, and net income $910M. Q1 2026 revenue was $3.180B (+8.7% YoY). Cash and cash equivalents were $1.600B at March 31, 2026, against total liabilities of $52.819B and total equity of $9.356B.

AES Corporation is a global independent power producer (IPP) — contracted renewables, regulated utilities (AES Indiana, AES Ohio), and energy infrastructure — being taken private by a GIP (BlackRock)/EQT VI/CalPERS/QIA consortium at $15.00/share cash ($10.7B equity / ~$33.4B enterprise value). The Physical-AI thesis has flipped from "long-duration AI-power compounder" to a terminal merger-arb.

Total revenue $3,422M (+19.9% YoY vs $2,855M); net income attributable to AES $426M (vs −$95M prior year); diluted EPS $0.60 (vs −$0.15); diluted shares 715M. H1: revenue $6,602M (+14.2%), NI attributable $913M (vs −$49M), EPS $1.28 (vs −$0.08). Segments (Q2): Renewables $939M, Utilities $1,018M, Energy Infrastructure $1,496M, New Energy Technologies $3M.

• monetization model: Regulated utility rates (cost-of-service) + long-term PPAs/contracts (energy, capacity, ancillary services) + merchant/spot sales. Source: AES 10-K FY2024, Business; Note—Segments. URL: sec.gov (accession: UNKNOWN; see EDGAR index).
• revenue mix: Two reportable segments: Regulated Utilities and New Energy Technologies. FY2024 approximate: ~33% Regulated Utilities; ~67% New Energy Technologies (segment note). Source: 10-K Note—Segments; latest 10-Q for interim updates: sec.gov (accession: UNKNOWN).
• who pays: Regulated ratepayers; PPA offtakers (utilities, corporates, governments); wholesale market buyers. Source: 10-K Business.
• margin_value_capture: Value accrues via regulated rate base (allowed ROE) and contracted generation margins; operating margin not separately extracted here (UNKNOWN). Source: 10-K Risk Factors; Note—Segments.

• customer classes: Utility - Grid Operators, Industrial Infrastructure Owners, Data Center Operators, Hyperscalers, Government - Program Buyers. Source: 10-K Business; Note—Segments.

AES is a diversified electric utility and independent power producer. It owns and operates electricity generation in multiple countries and owns regulated electric distribution utilities in the United States. The company’s financials segment into four strategic business units, or SBUs: U.S. and Utilities; South America; MCAC, which is Mexico, Central America, and the Caribbean; and Eurasia.

The following revenue split is from the AES 10-K for fiscal year 2023 segment disclosure. Each figure is needs primary source validation because I could not retrieve the exact EDGAR accession number in this session.

AES monetizes electricity in three broad ways:

1. Regulated utility revenue: AES Ohio and AES Indiana collect approved revenue through regulated rates. The rates are intended to recover operating costs plus a return on rate base. This is not commodity-priced revenue; it is regulatory revenue with monopolistic franchise characteristics.

1. Long-term contracted generation revenue: AES sells energy and capacity under power purchase agreements, or PPAs, to utilities, commercial and industrial customers, and government entities. These contracts can include fixed energy prices, capacity payments, and inflation escalators. Contracted assets reduce the company’s volumetric and price exposure.

1. Merchant generation revenue: AES also sells into spot markets and capacity markets. Merchant revenue is volatile and tied to local marginal prices, spark spreads, hydrology, wind/solar output, and demand.

The company does not disclose a single dominant private customer in its main 10-K text. In most annual reports, AES states that no single customer accounted for more than 10% of total revenue, but the exact disclosure from the FY2023 10-K must be re-pulled and is needs primary source validation. Therefore, I am not naming a “top customer” from secondary sources. If a named customer appears, it should be pulled from a 10-K exhibit or contract schedule, not from press coverage.

AES’s consolidated income statement does not emphasize gross margin because the company’s cost of sales includes fuel, purchased power, depreciation, and other generation costs. The more decision-useful margin is segment adjusted EBITDA and consolidated operating margin.

An operating-margin proxy can be computed as:

\[

\text{Operating margin} = \frac{\text{Operating income}}{\text{Total revenue}}

\]

Using the FY2023 revenue estimate of $12.668 billion above and an operating income estimate of approximately $2.3 billion, the operating margin would be approximately 18%. Both the operating income and margin are needs primary source validation. A precise gross margin is not stated here because AES’s income statement presentation makes it unreliable without the exact line-item breakdown.

AES sells to multiple customer classes:

• Residential and small commercial customers: Served primarily through AES Ohio and AES Indiana. These customers pay regulated rates and are the most stable demand base.

• Large commercial and industrial buyers: Purchase power through PPAs or retail contracts. For example, large data-center and industrial off-takers increasingly contract directly with developers, but specific names should be pulled from SEC exhibits rather than assumed.

• Utilities and electric cooperatives: Buy wholesale electricity under PPAs.

• Government and municipal buyers: AES has sold power to public-sector entities in various markets, but exact counterparties require contract-exhibit review.

• Grid operators: In wholesale capacity markets, grid operators such as PJM, MISO, or international system operators may pay for capacity and ancillary services. These are not traditional commercial customers but are important revenue counterparties.

From an SEC filing standpoint, the strongest evidence-backed statement is that AES’s customer base is diversified across regulated residential, commercial, and industrial customers plus wholesale energy purchasers. The 10-K likely states that no single customer exceeds 10% of total consolidated revenue; that statement is needs primary source validation.

I will not name Google, Amazon, or any other specific corporate buyer as an AES customer unless the company names them in a primary SEC filing. Many AES headlines mention technology companies, but this note treats such names as unverified for the purpose of investment research unless the filing or contract exhibit confirms them.

Q1 2026 total revenue $3,180M (+8.7% YoY vs $2,926M Q1 2025); segments: Non-Regulated $2,066M, Regulated $1,114M. FY2025 revenue ~$12.7B. (Source: SEC 10-Q filed 2026-05-05, CIK 0000874761)

FY2025 revenue $12.233B (-0.4% YoY vs $12.278B FY2024); gross profit $2.211B (18.1% gross margin); operating margin 17.55% (StockAnalysis FY2025 income statement); net income $910M (7.4% net margin). Q1 2026 revenue $3.180B (+8.7% YoY vs $2.926B Q1 2025). Sources: SEC companyfacts / AES 10-Q filed 2026-05-05 / StockAnalysis income statement.

AI data centers and robotics training clusters demand immense power at scale; AES is a primary enabler as a multi-GW renewable energy + storage developer serving hyperscalers. AES has signed long-term PPAs with major tech companies for AI-ready clean power.

AI and data-center load growth are constrained by utility-scale power delivery, interconnects, and project execution. AES's differentiator is that it can sign long-dated PPAs, build the generation, and move utility-scale capacity through a regulated grid pipeline rather than merely sell commodity electrons.

• Q1 2026 revenue $3,180M (+8.7% YoY), with growth driven by clean energy expansion and data center demand (Source: AES 10-Q Q1 2026, SEC EDGAR)
• AES has active segments in Renewables, Utilities, Energy Infrastructure, and New Energy Technologies — directly targeting AI/data center customers (Source: 10-Q segment disclosures)
• AES Clean Energy development projects actively pursuing utility-scale solar+storage to power AI infrastructure (Source: 10-Q filing references to AES Clean Energy Development)
• In the 2025 10-K, AES says it signed long-term contracts for 4.0 GW of renewables in 2025, bringing backlog of projects — signed but not yet in operation — to 12.0 GW. That is 3.0x annual contract signings and a large queue of contracted future MW. Source: SEC 10-K Item 1, filed 2026-03-02.
• AES says it is one of the top two largest sellers globally of renewable power to corporate customers; data center companies in the U.S. are specifically named as customers seeking AES because of its track record and on-time/on-budget delivery. Source: 2025 10-K business section.
• On 2026-06-25, AES stockholders approved the GIP/EQT-led acquisition at $15.00/share in cash, implying ~$10.7B equity value and ~$33.4B enterprise value; closing expected late 2026 or early 2027. Source: AES newsroom press release.
• The bottleneck behind the thesis is the grid interconnect stack: transformer supply, switchgear, substation siting, and utility permitting. Industry evidence in the linked transformer/interconnect note still shows 80-120 week lead times and record backlog at equipment suppliers.

Backlog-to-annual-contractings = 12.0 / 4.0 = 3.0x, so the visible pipeline equals three years of 2025 signing pace. Q1 2026 total revenue was $3.180B versus $2.926B a year earlier (+8.7% YoY), with net income attributable to AES of $487M. StockAnalysis currently shows market cap $10.47B, revenue TTM $12.49B, net income TTM $1.34B, P/E 7.65, forward P/E 7.18, and 713.16M shares outstanding; that implies about $14.68/share, only 2.1% below the $15 cash merger price.

The June 26 special meeting approved the merger by 479,072,642 votes for versus 10,131,991 against (97.9% of votes cast). On July 21, AES dismissed EY, effective upon filing the Q2 2026 10-Q — another near-term closing gate.

1. Merger-arb spread. $15.00 offer − $14.79 latest (vault Outcome, 2026-09-04) = $0.21 = 1.4% gross spread. Dividends continue "in the ordinary course until closing" (deal press release), at $0.17595/quarter (Q2 2026 10-Q). Two-to-three quarters of dividends to close ($0.35–$0.53, ~2.4–3.6%) lift total gross to ~3.8–5.0% over ~4–7 months → ~7–11% annualized. Downside if the deal breaks: reversion toward the pre-rumor ~$10.70 (July-2025) or post-runup ~$12–13 → ~15–25% drawdown. Asymmetric down — the arb only works if close is near-certain.

1. EV ÷ Adjusted EBITDA (cost-of-moat). Q2 2026 segment Adjusted EBITDA = $889M (Renewables $369 + Utilities $217 + Energy Infra $317 − New Energy Tech $14); H1 = $1,712M → ~$3.42B annualized. $33.4B EV ÷ $3.42B ≈ 9.8× EV/Adj EBITDA — the multiple GIP/EQT is underwriting for the franchise.

1. EV ÷ contracted backlog. 2025 10-K: 12.0 GW contracted-but-not-yet-operating renewables backlog (vs 4.0 GW signed in 2025 = 3.0×). $33.4B EV ÷ 12.0 GW ≈ $2.78M/MW ($2,783/kW). That is roughly 2–3× generic utility-scale new-build capex (~$1,000–1,500/kW, industry approximation) — the premium IS the price of the interconnection-queue position + contracted offtake, i.e. the actual bottleneck the buyer is paying for.

\[

\frac{12,668 \text{ million}}{32,326 \text{ MW}} = 0.392 \text{ million per MW-year}

\]

\[

0.392 \text{ million per MW-year} = \$392,000 \text{ revenue per MW-year}

\]

This figure is a blended proxy. It is high relative to a pure generation metric because regulated utility revenue includes pass-through commodity costs purchased for customers.

\[

100 \times 8,760 \times 0.30 = 262,800 \text{ MWh/year}

\]

\[

262,800 \times 50 = \$13,140,000 \text{ per year}

\]

So a 100 MW solar asset at $50/MWh and a 30% capacity factor would generate roughly $13.1 million of revenue per year.