ProEnergy
Vertically integrated OEM + EPC + O&M + build-own-operate: manufactures PE6000 gensets from overhauled jet-engine cores, services the global GE LM6000/LM2500 fleet (3,000+ installed units), and develops/operates fast-start gas peakers which it has monetized via asset sales to utilities while retaining O&M contracts
No enterprise or equity valuation for PROENERGY has ever been disclosed: the 2012 round disclosed only the $100M amount raised, and the Sep 2024 ECP majority buyout (from Eos Partners/ACON affiliates, Businesswire Sep 5 2024) closed on undisclosed terms - it is a real control transaction but cannot be plotted without fabricating a number. The trail therefore plots the only hard disclosed dollar datapoints (the 2012 raise amount and the two utility asset sales totaling ~$2.16B gross) as value evidence, not company marks; kind tags are best-fit since the asset sales are portfolio divestitures, not securities rounds.
Earnings, margins, COGS & capex
No public financials exist - PROENERGY is PE-owned and files nothing with the SEC. What is disclosed: three business lines (WattBridge peaker fleet, AeroAdvantage turbine services, PowerFLX OEM/EPC); a 2.4 GW contracted ERCOT peaker fleet at the Sep 2024 ECP acquisition, fully monetized by Apr 2026 for ~$2.16B gross ($1.387B CPS Energy for 1,632 MW = ~$850/kW; $768M STEC for the 768 MW Braes Bayou and Brotman stations = $1,000/kW) while retaining O&M/Total Care service contracts on the sold units; 75 PE6000/LM6000-class turbine packages completed with ~52 more in assembly or on order (per trade press, late 2025/2026); and a growing equipment order book anchored by the 650 MW / 13-unit Crusoe AI data center order (Apr 16 2026, delivery by summer 2027) and the NB Power RIGS build-own-operate project (Jul 14 2025 award at 400 MW / 8 turbines; later project filings describe a 500 MW / 10-unit configuration; 25-year PPA, COD 2028).
Revenue trend
Margins
unknown
mix shifting toward manufacturing (equipment sales) plus recurring O&M service annuities after peaker divestitures
COGS structure
Not disclosed. Structurally: retired CF6-80C2 engine cores sourced from the 747/767 teardown market (the key input-cost advantage vs new-build OEM turbines), newly manufactured aeroderivative hot-section and package parts (in-house at Sedalia or partners), generators and balance-of-plant, plus skilled labor. Parts are interchangeable between PE6000 and GE LM6000, letting service inventory and manufacturing share a supply chain.
Capex
Not disclosed. Known commitments: Sedalia manufacturing campus (fabrication, paint, assembly, test-fit), and development capex for owned generation (RIGS in New Brunswick under 25-yr PPA, COD 2028). The 2025-26 divestiture proceeds (~$2.16B gross) are the visible funding source for the manufacturing ramp.
Latest earnings
n/a
none published
- PE6000 packages completed / in progress
- 75 completed, ~52 in assembly or ordered (trade press, late 2025/2026)
- Crusoe order (Apr 16 2026)
- 13x 50 MW PE6000 gensets = 650 MW, test-fit at Sedalia, delivery by summer 2027
- NB Power RIGS (Jul 14 2025 award)
- 400 MW / 8 aeroderivative turbines as awarded (later project filings describe 500 MW / 10 units); grid-stabilizing synchronous-condenser mode; 25-yr PPA, COD 2028, build-own-operate with North Shore Mi'kmaq Tribal Council partnership
- 2025-26 asset-sale proceeds
- ~$2.16B gross (CPS $1.387B for 1,632 MW + STEC $768M for 768 MW)
- PE6000 performance claims
- 48 MW rated at unveil (Nov 2023), marketed ~50 MW; ~5-minute start, ~2.5 ppm NOx (vs EPA 10-25 ppm thresholds), 72-hour core swap
Growth drivers
- AI data center speed-to-power demand — hyperscalers/neoclouds paying for 2027 delivery while new GE Vernova/Siemens/MHI heavy-duty turbine slots quote late-decade - Crusoe's 650 MW order is the proof point
- PE6000 manufacturing ramp — 75 packages built, ~52 in assembly/ordered; overhauled-core model compresses delivery vs multi-year industry lead times
- AeroAdvantage aftermarket — recurring repair/maintenance on the 3,000+ unit global LM6000/LM2500 installed base, plus new O&M annuities retained on the CPS Energy and STEC plants it sold
- Utility firm-capacity procurement — dual-fuel, hydrogen-optional fast-start peakers (CPS, STEC purchases validate the build-then-sell model); grid-security projects like NB Power RIGS, whose design pairs turbines with non-emitting synchronous-condenser operation for renewables integration
- Capital recycling with ECP backing — sell de-risked operating plants at ~$850-1,000/kW, redeploy into manufacturing capacity and new build-own-operate development
Bull & bear
The purest private play on the single scarcest input of the AI buildout - firm power delivered before 2028. PROENERGY monetized its de-risked peaker fleet for ~$2.16B at utility-grade prices, kept the service annuities, and is redeploying into a manufacturing ramp exactly as hyperscale buyers (Crusoe first) line up for 50 MW blocks nobody else can ship by 2027.
- Structural sellers' market: heavy-duty turbine slots at GEV/Siemens/MHI quote late-decade; PROENERGY's overhauled-core PE6000 ships summer 2027 - that time arbitrage is worth a large price premium per kW
- Vertical integration converts one order into three revenue streams: equipment sale, EPC, then multi-decade parts/O&M
- Proven asset-value realization: $850-1,000/kW exits to CPS Energy and STEC validate that its build-own-operate developments carry real, bankable terminal value
- 3,000+ unit LM6000/LM2500 global installed base gives a countercyclical service floor under the cyclical equipment business
- ECP sponsorship plus the GE Vernova re-rating (public comp for power-equipment scarcity) frame an attractive eventual exit mark
A private, financially opaque, sub-scale equipment maker whose core advantage - delivering repurposed jet engines faster than sold-out OEMs - is a window, not a moat. The window closes as OEM capacity lands late-decade, the retired-CF6 core supply thins, and AI power demand proves lumpier than the 2025-26 order headlines suggest.
- Zero financial disclosure: no revenue, margin, or leverage data exists publicly; the equity could be leveraged post-ECP buyout and the ~$2.16B asset sales may partly service debt rather than fund growth - unknowable from outside
- Scarcity rents are cyclical: GE Vernova alone is scaling aeroderivative output; when lead times normalize, an overhauled-core 50 MW genset competes on price against new OEM iron with full warranties
- Finite feedstock: CF6-80C2 cores come from a fixed retired-widebody pool also hunted by engine-leasing and MRO firms; input costs rise with every competitor entering the teardown market
- Customer concentration and counterparty risk: Crusoe is a venture-backed neocloud, not an investment-grade offtaker; an AI capex pause strands manufacturing capacity expanded for that demand
- Sold the recurring-cash-flow fleet: post-CPS/STEC divestitures, earnings skew to lumpy equipment/EPC bookings - exactly the profile that de-rates hardest in a downcycle
- Environmental/permitting friction on new gas (RIGS community opposition in New Brunswick) plus any EPA tightening raises development cost and cycle time
What it is worth
No public mark exists: private, no priced venture round, and the Sep 2024 ECP buyout terms were not disclosed - any headline enterprise value would be fabricated. The only hard, disclosed value datapoints are asset-level: ~$2.16B gross realized for the 2.4 GW ERCOT peaker fleet across two utility sales (CPS Energy $1.387B / 1,632 MW = ~$850/kW, closed Sep 2025; STEC $768M / 768 MW = $1,000/kW, closed Apr 2026), bracketing $850-1,000/kW for recently built fast-start gas assets. Framework for the remaining company: sum of (a) manufacturing/EPC order book (Crusoe 650 MW anchor) at power-equipment multiples, with GE Vernova (GEV) as the scarcity-premium public comp, (b) AeroAdvantage recurring service annuities including retained O&M on the sold plants, and (c) development pipeline (RIGS with 25-yr NB Power PPA) at contracted-IPP values.
OEM lead times normalize by 2028-2030 while used-core costs rise, compressing the speed premium; AI capex digestion defers neocloud orders; the divested contracted fleet leaves a lumpier equipment/EPC earnings mix that would price at a discount to OEM comps in any exit.
A profitable niche OEM/service platform: steady PE6000 output constrained by core supply, service base grows with fleet, periodic build-sell-operate asset recycling at utility-grade prices; value accretes privately without a public mark until sponsor exit.
Scarcity window holds through 2028+: equipment order book compounds off Crusoe-type wins, service annuities scale with every shipped unit, and an ECP exit prices the platform against GEV's re-rated power-equipment multiple - the realized $850-1,000/kW asset sales prove the hard-asset floor.
Vintage 2026-07. Explicitly NOT a price target - inputs (revenue, backlog dollars, leverage) are undisclosed. Watch an ECP exit event for the first real mark.
SWOT
Strengths
- Only vertically integrated player in its niche — manufactures, EPCs, operates, and services aeroderivative gas power on six continents - captures margin at every stage
- Speed-to-power moat — overhauled CF6-80C2 cores + in-house Sedalia manufacturing deliver 50 MW blocks by 2027 while OEM new-build queues stretch to late decade
- Validated asset value — sold the 2.4 GW ERCOT fleet for ~$2.16B to utility buyers at $850-1,000/kW, while keeping the O&M revenue
- Aftermarket anchor — services the 3,000+ unit global GE LM6000/LM2500 fleet; PE6000/LM6000 parts interchangeability compounds the inventory advantage
- Deep-pocketed sponsor — ECP (owner of major US power platforms; ECP itself owned by Bridgepoint Group, LSE: BPT) backs expansion and provides utility/data-center relationships
Weaknesses
- No public financials — revenue, margins, leverage, and profitability are unknowable externally; diligence requires private access
- Feedstock finity — the retired 747/767 CF6-80C2 core supply is large but finite and not growable on demand; the cost advantage erodes as cores get scarcer or pricier
- Sub-scale vs OEM giants — GE Vernova, Siemens Energy, and Mitsubishi Power dwarf its manufacturing capacity, R&D, and service networks
- Concentration — order book visibility rests on a small number of large counterparties (Crusoe, NB Power, retained utility O&M contracts)
- Post-divestiture earnings mix now leans on lumpy equipment sales and EPC rather than contracted generation cash flows
Opportunities
- US data center power gap — multi-GW bridge-power and behind-the-meter demand through 2030 with firm turbine capacity effectively sold out at the majors
- Repeat build-sell-operate cycles — replicate the WattBridge ERCOT playbook in other tight markets (Canada via RIGS; MISO/PJM/ERCOT again)
- O&M attach: every PE6000 shipped seeds a decades-long parts and service annuity
- Hydrogen-capable dual-fuel positioning gives utilities a decarbonization story for new gas peakers (CPS cited hydrogen-blend optionality in its acquisition)
- Potential ECP exit (IPO or strategic sale) would crystallize a mark; power-equipment scarcity premiums (GE Vernova's re-rating) set a favorable comp backdrop
Threats
- OEM capacity response — GE Vernova is expanding aeroderivative output (LM2500XPRESS); Siemens Energy and Mitsubishi Power adding slots - the scarcity window that justifies PROENERGY's premium could narrow by 2028-2030
- AI capex cycle risk — if hyperscaler/neocloud buildouts slow, speed-premium orders (the Crusoe type) are the first to defer
- Competing fast-power archetypes — reciprocating-engine fleets (VoltaGrid, Caterpillar, Cummins, Wartsila), fuel cells (Bloom Energy), and mobile turbines (New APR Energy, Fortress-owned) chase the same bridge-power dollars
- Emissions/permitting risk — gas peakers face local opposition (RIGS drew community scrutiny in the Tantramar area of New Brunswick) and evolving EPA/provincial rules
- GE ecosystem dependence — its service franchise and parts interchangeability ride on GE-design turbines; GE controls the platform's IP evolution and could tighten the aftermarket
Moats, dependencies & bottlenecks
Moats
Speed-to-power via overhauled CF6-80C2 cores + in-house manufacturing medium (2-4 yr window) Delivery by 2027 vs multi-year OEM lead times is the bankable edge today; durability depends on OEM capacity expansion and core availability
Only vertically integrated provider in its niche; captures equipment, construction, and decades of service revenue per MW
LM6000/LM2500 aftermarket franchise + PE6000 parts interchangeability 3,000+ unit global installed base to service; interchangeable parts pool shared with its own OEM product - but rides on GE-design IP
75 packages built, ~52 in flight; replicating the campus + skilled labor takes years, but is capital, not magic
CPS Energy and STEC bought whole portfolios and kept PROENERGY as operator - reputational asset for the next build-sell cycle
Dependencies
Finite pool; competes with aviation MRO/leasing demand for the same cores; the entire cost/speed advantage keys off this input
GE Aerospace / GE Vernova turbine ecosystem (CF6 and LM6000/LM2500 design lineage, parts, IP) technology/supply Service franchise and parts interchangeability are built around GE-design machines; platform evolution is controlled by GE
Growth capex and M&A depend on sponsor support; sponsor timeline also dictates eventual exit path
The premium order book is a derivative of hyperscaler and neocloud buildout pace
Dual-fuel and hydrogen-capable designs mitigate but do not remove emissions and permitting exposure (e.g., RIGS opposition)
Industry-wide shortages (large transformers especially) can gate delivery even when turbine cores are in hand
Advantages
- Delivery measured in months-to-a-year-plus vs multi-year queues for new OEM turbine packages (Crusoe order placed Apr 2026, delivery summer 2027)
- ~5-minute start, ~2.5 ppm NOx (well inside EPA 10-25 ppm thresholds), 72-hour core-swap serviceability
- Lower cost base from overhauled cores + in-house parts manufacturing
- One-stop shop: equipment, EPC, O&M, and ownership under one roof
- Fleet-proven design — PE6000 shares parts with the world's most common aeroderivative (LM6000), de-risking spares and training
Weaknesses
- No public financial transparency; leverage and profitability unknown
- Sub-scale R&D and manufacturing vs GEV/Siemens/MHI
- Feedstock (retired cores) is finite and non-replicable at will
- Order book concentrated in few large counterparties; neocloud credit risk
- Post-divestiture revenue mix is lumpier (equipment/EPC) with less contracted generation
Bottlenecks
- Retired CF6-80C2 core acquisition rate - the throughput governor on PE6000 output
- Sedalia assembly/test capacity and skilled aeroderivative technicians
- Balance-of-plant long-lead items (generators, transformers, switchgear) sourced in a shortage market
- Permitting and interconnection timelines on build-own-operate projects (RIGS COD 2028; federal impact-assessment filings in Canada)
- Bonding/financing capacity for simultaneous large EPC + owned-development commitments
Top signals & trends
Top signals
Each 500+ MW order validates the manufacturing ramp thesis and diversifies counterparty risk
The scarcity window is the pricing power; watch GEV quarterly commentary on gas turbine slot availability
Would create the first public mark; GEV's multiple re-rating sets a favorable comp backdrop
Rising core costs compress the input-cost edge; aviation MRO demand for CF6 competes directly
Crusoe-type buyers are the marginal premium customer; a capex pause defers speed-premium orders first
25-year PPA assets rebuild the contracted cash-flow base sold to CPS/STEC
Trends
Multi-GW of firm capacity needed before 2030; bridge power commands premium pricing while OEM queues run late-decade
The single biggest tailwind - and the one most certain to mean-revert as OEM capacity lands 2028-2030
CPS Energy and STEC paying $850-1,000/kW for recently built peakers shows utility demand for exactly what PROENERGY builds
Fewer 747/767 teardowns tightens the CF6 core pool that feeds the PE6000 line
Hydrogen-capable and low-NOx positioning helps, but permitting friction and community opposition (RIGS) lengthen cycles
Neoclouds like Crusoe increasingly self-supply power, buying gensets directly rather than waiting on utilities
Ecosystem & competitor graph
Suppliers feed the company; customers pull from it. Line thickness shows the strength of each tie (supply-chain dependency, customer earnings contribution). Hover to isolate a tie.
Original designer/OEM of the CF6-80C2 engine and the LM6000 lineage; parts ecosystem PROENERGY's machines interoperate with
Aircraft/engine teardown and used-material supply - the market PROENERGY sources retired CF6-80C2 cores from
Private; major engine teardown and used serviceable material trader in the CF6 core market
Private; used aircraft parts supplier in the widebody teardown chain
Private; independent turbine components and repair ecosystem participant
Private AI infrastructure/neocloud; 650 MW, 13x 50 MW PE6000 order (Apr 16 2026) for hyperscale AI factories, delivery by summer 2027
San Antonio municipal utility; bought 1,632 MW four-plant ERCOT portfolio for $1.387B (closed Sep 24 2025); retains PROENERGY as operator
G&T cooperative serving 340,000+ members in 47 South Texas counties; bought the 768 MW Braes Bayou and Brotman stations for $768M (closed Apr 10 2026); PROENERGY retained as operator
Canadian provincial crown utility; 25-year PPA offtaker for the RIGS project (COD 2028)
3,000+ installed units serviced via AeroAdvantage - utilities, IPPs, oil and gas operators on six continents
The OEM whose LM6000/LM2500 designs PROENERGY's business orbits; competes via new aeroderivatives (LM2500XPRESS), TM2500 mobile units, and its own vast service network
SGT-A65 aeroderivative line and global service; sold out on large turbines but scaling; ADR/OTC in the US, primary listing Xetra (ENR)
Major heavy-duty and aero-class gas turbine OEM expanding US capacity; OTC in the US, primary listing TSE 7011
Industrial gas turbines (Titan/Mars) and large recip gensets chasing the same data center prime-power demand
Large reciprocating gensets for data center prime/backup power
NovaLT industrial turbines and aeroderivative heritage (LM aero JVs); targeting data center power directly
Private; distributed recip-engine power for AI campuses (multi-GW orders with hyperscalers); the fastest-growing bridge-power rival
Private; linear generators for data center onsite power
Fuel-cell onsite power winning data center deals; different technology, same speed-to-power budget
Private; Fortress Investment Group acquired the 850 MW mobile gas-turbine fleet Jan 2025 (managed with Duos Energy); already deploying 100+ MW for a US AI hyperscaler - closest business-model analog in mobile/temporary power
Recip-engine power plants for grid balancing and island/bridge power; OTC ADR, primary listing Helsinki