1. Investment Snapshot
2. Thesis
3. Valuation & Price Target
4. Business & Product Moat
5. People & Governance
6. Market & Macro
7. Financial Quality
8. Risk Register
9. Prediction Market
10. ๐ Posts
Discussion
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1. Investment Snapshot
2. Thesis
3. Valuation & Price Target
4. Business & Product Moat
5. People & Governance
6. Market & Macro
7. Financial Quality
8. Risk Register
9. Prediction Market
10. ๐ Posts
Discussion
1. Investment Snapshot
2. Capital Structure
3. What does ERock, Inc. do?
4. Valuation
5. Business & Product Moat
6. People & Governance
7. Financial Quality
8. ๐ Posts
Discussion
Symbol
EROC
Event Date
2026-06-10
Sector
Industrials
Subsector
Electrical Equipment
Offer Range
โ
Shares Offered
โ
Shares Outstanding Pre-IPO
163.97K
219.3M
โ
Implied Upside vs Midpoint
$00.00Description
We are a vertically integrated company that designs, deploys, operates and maintains multi-purpose distributed power systems, consisting of our proprietary, low emission, quick-response natural gas generator and embedded software technology, for our customers. Our resilient, cost-effective, modular power systems can be rapidly deployed at a scale of more than 1 GW to meet our customersโ full range of power needs, including bridge, backup and dispatchable power applications, and are supported by our operations and maintenance (โO&Mโ) and asset management services. We deploy our systems in three applications: bridge (prime-to-backup), backup (resiliency) and dispatchable (flexible capacity) power. โข Bridge power (prime-to-backup). Our power systems deliver prime power in the near-term to accelerate time-to-power ahead of long-lead grid upgrades, which prevent our customers from getting grid power. Once interconnection becomes available, the same assets typically transition to backup or flexible dispatch power service to support the customer or utility. โข Backup power (resiliency). Our power systems provide highly reliable continuity for mission-critical operations during grid disruptions and extreme weather events, and many of our existing deployments operate in this mode today. โข Dispatchable power (flexible capacity). Our power systems are configured as on-demand, fast-response resources and can be deployed by contract to market-facing objectives (such as peak-load management or grid-stability services). We primarily serve data centers, utilities and large C&I businesses across nine U.S. states, with our largest operating footprints located in California and Texas, where we anticipate disproportionate growth and market potential driven by high data center demand in the near- and medium-term. With over 15 years of operational experience, over 2,000 deployed units across approximately 400 operational sites consisting of an installed base of approximately 1,000 MW and Contracted Power System Sales Backlog of approximately $1.3 billion as of March 31, 2026, we believe we are one of the most established, proven providers of bridge, backup and dispatchable power applications for the growing distributed power generation market. --- Over the last 15 years, we have established deep expertise and a proven track record in the deployment of complex integrated power systems through our ERock Platform. We refer to the delivery and operation of our generators and integrated software technology through our comprehensive, turnkey equipment, supply and installation (โESIโ), O&M and asset management services platform, supported by our deep development, operational and market domain expertise in integrated power systems, as our โERock Platform.โ --- Most of our sales include the comprehensive design, delivery, installation and long-term services provided by the ERock Platform, with platform sales representing 100% and 98% of all generator sales booked in 2024 and 2025 respectively. Leveraging our ERock Platform, we help customers meet evolving energy demands by delivering cost-effective, turnkey speed-to-power and resiliency solutions that supplement and maximize traditional grid infrastructure. Our power systems are engineered for superior operational stability, including: โข Reliability. Our systems are capable of 99.999% reliability. โข Diesel-equivalent transient performance. Our generators meet or exceed rigorous ISO 8528-5 G3 diesel standards, delivering fast, stable responses to sudden load swings, and we believe we are currently the only provider of natural gas generation that meets utility-grade transient performance requirements for diesel units, which reduces the need for additional technology to deliver required power quality. โข Quieter, cleaner and rapidly deployed. Our power systems are typically quieter, cleaner, more resilient and dispatchable, and can be deployed and commissioned more rapidly than traditional grid infrastructure and other conventional alternatives. โข No on-site water required. As water use by data centers is receiving increasing scrutiny, our power systems are designed to operate with no on-site water required. Our experienced O&M teams handle all aspects of preventive and corrective maintenance, and our purpose-built software that is embedded in our power systems provides extensive operational data capture and analytical capabilities, enabling greater resilience of generator technology and dynamic, insight-driven maintenance schedules. These performance attributes and our expertise in developing, deploying and maintaining integrated power systems differentiate us from our competitors and support our strong customer relationships, which is evidenced by our proven track record of delivering reliable, integrated power solutions. --- Once connected to the grid, we also assist customers to maximize the return on their investment in our power systems by leveraging its multi-purpose dispatchable power capabilities through our market operations and dispatch management platform, acting as advisor or agent for owners of our deployed power systems of 761 MW. These services allow customers to utilize our power systems for backup power as and when needed or to strategically dispatch capacity from our power systems during peak demand or scarcity eventsโultimately enabling our power systems to become a grid asset. Our asset optimization capabilities and market expertise enable us to monetize our power systems capacity, reduce costs to customers in almost any market and reduce times to grid interconnection. Our distributed power systems have consistently operated in support of the grid. Over the past eight years, we have supported over 236,000 Grid Support Events. Each event represents a documented start and stop of our distributed generation systems undertaken to provide power to the grid during periods of actual or anticipated grid constraints, either in response to a direct request from the grid operator or pursuant to incentive based programs, such as scarcity pricing or peak demand load shed programs, that compensate generators for providing such support. Under our O&M and asset management services agreements, customers authorize us to dispatch and operate the power systems during Grid Support Events when their operations do not require dedicated output from our power systems. When the grid is down, our power systems can displace grid supply (i.e., island the customerโs load from the grid) and provide utility-grade power directly to the customer; when the grid is operating normally, our power systems remain interconnected and operate in parallel with the grid, enabling us to deliver grid-supporting services. During Grid Support Events, when customer operations allow, we can provide the available capacity of our power systems through both offsetting the customerโs load consumption and exporting any additional available capacity to the grid in exchange for program based compensation or other incentives that benefit our customers. We believe this operational experience is increasingly valuable as grid operators seek alternative tools to address resource adequacy and congestion management for large loads. Power outage responses and power quality operations are separate from, and in addition to, these Grid Support Events. We assemble our proprietary engines and generators at our Titan facility and are targeting increasing our annual assembly capacity to approximately 1.2 GW by the end of 2026 with the development of our Hyperion facility, both located in Houston, Texas. Our assembly model is designed to scale efficiently and rapidly to meet growing customer demand and service our backlog, leveraging a high-volume, largely multi-sourced supply chain and standardized assembly processes. This approach allows us to expand output without the need for extensive new capital investment or specialized equipment, enabling low-cost, high-velocity capacity expansion while maintaining assembly flexibility and supply-chain security. As we increase capacity to meet accelerating demand, we are able to produce and deploy additional power systems while maintaining strong control over our supply chain, costs, efficiency and product quality, which supports higher margins. In addition, growing our generator deployment also accelerates our innovation cycle as the real-world operating data of our power systems in the field informs improvements to our design, development and installation processes. We believe this feedback loop, enabled by our vertically integrated business model and scalable assembly capabilities, helps drive a faster innovation cycle, supports reliable execution at scale and differentiates us from our competitors with more capital-intensive or less flexible assembly models. For example, insights from field installations have allowed us to pre-configure and kit key generator components in our production process, reducing installation costs by 20% and creating a continuous improvement cycle between engineering, production and field operations. Over the past decade, we have built a foundation of deep trust and relationships with leading data center and AI ecosystem companies, such as Microsoft, Wistron and Foxconn, electric and gas utilities, such as Entergy and ComEd, and C&I customers, such as H-E-B and Walmart, with approximately 50 customers in those end markets, establishing ourselves as a critical link where speed-to-power, reliability, flexibility and scale converge in our customersโ power ecosystem. Leveraging our position as a trusted provider, we are seeking to grow our business and strengthen our financial and operating performance. โข Our revenue was $31.7 million for the quarter ended March 31, 2026, representing 31.6% year-over-year growth, and $183.1 million for the year ended December 31, 2025, representing 42.5% year-over-year growth. โข Our net loss and Adjusted EBITDA were $(17.2) million and $(12.4) million for the quarter ended March 31, 2026, respectively, representing 8.0% and (13.7)% year-over-year change, and $(59.0) million and $(22.6) million for the year ended December 31, 2025, respectively, representing 3.7% and (35.1)% year-over-year change. โข Our Contracted Power System Sales Backlog was $1.28 billion as of March 31, 2026, representing 778.6% year-over-year growth, and $1.18 billion as of December 31, 2025, representing 419.7% year-over-year growth. โข Our Annualized Recurring Service Revenue was $22.9 million as of March 31, 2026, representing 15.4% year-over-year growth, and $22.4 million as of December 31, 2025, representing 13.9% year-over-year growth. โข Our net loss margin and Adjusted EBITDA Margin were (54.2)% and (39.1)% for the quarter ended March 31, 2026, respectively, representing 11.9% and 6.2% year-over-year change, and (32.2)% and (12.4%) for the year ended December 31, 2025, respectively, representing 12.1% and 14.8% year-over-year change. โข Our installed base was approximately 1,059 MW as of March 31, 2026, representing 13.4% year-over-year growth, and 1,020 MW as of December 31, 2025, representing 9.6% year-over-year growth. --- Our principal executive offices are located at 1113 Vine Street, Suite 101, Houston, Texas 77002. Our telephone number: (713) 429-4091. Our website address is www.erock.com.
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Proceeds allocation leans toward debt repayment and secondary activity, limiting near-term incremental growth capex visibilityโ
$1.3B Contracted Power System Sales Backlog as of March 2026โ
Targeting data centers, utilities and large industrial customersโ
Vertically integrated with product sales and recurring service streamsPost-IPO economic shares by class.
| Class | Shares | % Economic |
|---|---|---|
Class A Common Stock (listed) 1 vote per share (typical for Class A; filing indicates Class A common stock is public class) | 48.12M | 21.9% |
Class B Common Stock | 171.01M | 78.0% |
Series A Preferred Units (mezzanine equity) | 163.97K | 0.1% |
| Total economic shares | 219.3M | 100% |
At the $21.50 assumed price, pro forma EV implies ~24.4x FY2025 revenue, a demanding multiple for an assetโheavy hardware+services model that is still lossโmaking. Underwriting this premium requires confidence that the ~$1.3B contracted backlog converts on schedule and that mix shifts toward higherโmargin recurring services.
The main 12โ36 month driver is backlog conversion into shipped systems and recognized revenue, alongside the Hyperion/Titan manufacturing ramp intended to ease bottlenecks through 2026. Proceeds usage matters because a meaningful portion supports secondary activity and debt repayment, limiting nearโterm clarity on incremental growth capex.
Reported growth is strong (FY2025 revenue +42.5% YoY; Q1 2026 +31% YoY), with services adding durability (including ~$22.9M in disclosed service ARR). Margin upside is the debate: Q1 2026 GAAP gross margin ~16.4% (adjusted ~20.7% excluding passโthrough costs) leaves little room for execution slip, making manufacturing scale and services mix the key swing factors.
The UPโC/TRA and dualโclass structure concentrates control with preโIPO owners and can divert future cash via tax receivable payments, raising the bar for minorityโholder economics. Operationally, the core risk is execution on manufacturing scaleโup and backlog fulfillment; limited disclosed background for certain operating/GC roles adds diligence friction.
Base case: current assumed pricing at $21.50 assumes steady backlog conversion and gradual margin improvement; downside follows from ramp delays or permitting friction that push deliveries out. Bull case: >$29 per share (implied ~35x FY2025 revenue) if throughput ramps cleanly and recurring service margins expand faster than modeled. Bear case: sub ~$10 if ramp issues persist, policy/regulatory pressure accelerates away from gasโfueled solutions, or UPโC/TRA cash leakage meaningfully constrains reinvestment.
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Integrated hardware + software + long-term O&M model supports repeat deployments and services pull-through+
Premium valuation requires faster growth and clear margin expansionโ
Demand from data centers and utilities for dispatchable behind-the-meter powerโ
Backlog conversion and manufacturing scale-up are the central execution dependenciesโ
Multiple leaves limited tolerance for manufacturing, permitting, or competitive setbacksโ
EV FY2025 Revenue multiple of approx. 24.4xโ
Premium embeds expectations for rapid backlog monetization and margin expansion+
CEO John Carrington experienced in energy tech and scaling operations+
Director nominees likely bring energy/industry expertise though bios are sparseโ
President Corey Amthor provides continuity and operational depthโ
CFO Ian Blakely with longstanding ER Holdings finance experienceโ
COO and General Counsel backgrounds less disclosed, posing transparency gapsโ
Net losses remain sizable: FY2025 net loss $59M; Q1 2026 loss $17.2Mโ
FY2025 revenue of $183.1M growing 42.5% YoY; Q1 2026 revenue $31.7M up 31.6% YoYโ
GAAP Q1 2026 gross margin 16.4%; adjusted 20.7% excluding pass-through costsโ
Service ARR disclosed at ~$22.9M, still a smaller component versus product revenuePosts highlight ERockโs niche in natural-gas microgrids for heavy industry/data centers and treat the IPO as a noteworthy June deal, with limited discussion of specific downsides.
AI per-post analysis: 1 positive, 0 negative, 5 neutral (engagement-weighted aggregate).