The problem with most data centers is that they are, from the grid's perspective, just a very large and very predictable hole. They suck down power with a relentless, flat-line demand that utilities must meet, regardless of the time of day or the availability of renewable energy. Verrus, a spinout from Alphabet-backed Sidewalk Infrastructure Partners (SIP), thinks it can turn that hole into a sponge, one capable of absorbing excess clean power and squeezing it back out when the grid needs it most. The mechanism is a simple, if audacious, hardware play: build hyperscale data centers with a massive, integrated battery energy storage system, then use proprietary software to make the whole facility "grid aware, carbon aware, and compute aware" [Sustainable Tech Partner, March 2024].
In practice, this means a Verrus facility would look like any other fortress of servers from the outside. Inside, the electrical architecture and energy management software would allow it to continuously power critical workloads while dynamically shifting flexible compute,like batch AI training jobs,to align with cheap, clean power or even to free up battery capacity to sell services back to the local grid operator. The company estimates a single hyperscale facility could cost around $1 billion, requiring "hundreds of millions of dollars of equity" [TechCrunch, March 2024]. It is a capital-intensive bet that the future of compute is not just about processing power, but about power, period.
The architecture of flexibility
Verrus is not selling software to retrofit old data centers. Its wedge is a greenfield, integrated design where the battery storage and energy management system are foundational, not an afterthought. The company claims this lets it offer up to 99.999% availability for must-run workloads while creating a new kind of flexibility for AI and other batch computing [Verrus, retrieved 2024]. For customers willing to participate, the system could coordinate day-ahead workload shedding during periods of peak grid strain, theoretically providing access to otherwise unavailable power capacity 95-99% of the year [Verrus, retrieved 2024].
The model turns the data center from a pure liability into a potential grid asset. In a region with a strained grid, a Verrus facility could act as a giant, controllable load that can reduce consumption during peak hours. More ambitiously, its battery bank could discharge power to the grid, providing fast-responding frequency regulation or capacity services, creating a new revenue stream to offset capital costs. It is a proposition that makes utility executives and climate tech investors lean forward, even if it makes traditional colocation operators nervous.
A team built for infrastructure scale
The leadership table reflects the project's scale and its origins within a major infrastructure investor.
| Role | Name | Prior Experience |
|---|---|---|
| CEO | Nelson Abramson | Global Head of Infrastructure, X (formerly Twitter) [Sustainable Tech Partner, March 2024] |
| Co-CEO / Co-Founder | Brian Barlow | Co-CEO and Co-Founder, Sidewalk Infrastructure Partners [Global Corporate Venturing, April 2024] |
| Co-CEO / Co-Founder | Jonathan Winer | Co-CEO and Co-Founder, Sidewalk Infrastructure Partners [TechCrunch, March 2024] |
| Head of Commercial Strategy | Jeff Monroe | Founder, sustainable data center company Verne Global [Sustainable Tech Partner, March 2024] |
| Head of Energy | Jeff Bladen | Led energy strategy at Meta; grid operator experience at PJM and MISO [Robert Kiessling - Brooks Utility Products |
This is not a team of first-time founders. Abramson brings direct experience running global infrastructure for a hyperscaler's workloads. Barlow and Winer provide the deep infrastructure-investor relationships and patient capital access from SIP, whose anchor investors include Alphabet, Ontario Teachers’ Pension Plan, and StepStone Group [Verrus, retrieved 2024]. Monroe and Bladen add crucial commercial and energy-market credibility. It is a group assembled to navigate the billion-dollar project finance and utility regulatory hurdles as much as the technical ones.
Proving the concept at utility scale
Before breaking ground on a $1 billion facility, Verrus needed to prove its software could safely orchestrate a data center's load and a battery system in real-time grid conditions. For that, it went to the U.S. Department of Energy's National Renewable Energy Laboratory (NREL). In a demonstration earlier this year, Verrus used NREL's Vulcan test platform,a 70-megawatt utility-scale emulation environment,to validate its energy management system's performance [OSTI.GOV, retrieved 2026] [Latitude Media, retrieved 2026].
This was a critical, de-risking step. Simulating a data center's interaction with a stressed grid in a controlled lab environment allows Verrus to show potential utility partners and customers that its coordination logic works without risking actual grid stability. The company says it is now moving from this proof-of-concept into commercial deployments, with planned developments delivering "near-term capacity" [datacenters.com, retrieved 2026].
The path to a first facility
Publicly, Verrus has pointed to three prospective locations for its first data centers: Arizona, California, and Massachusetts [TechCrunch, March 2024]. The choice of markets is strategic. Each has a combination of high demand for data center capacity, ambitious clean energy goals, and, in some cases, a grid that is already experiencing reliability challenges. These are markets where the value proposition of a flexible, grid-supportive data center is easiest to calculate for both power buyers and sellers.
The company's funding structure is atypical for a startup. It emerged as a spinout from SIP in March 2024, and while it has recorded some small funding amounts (including a $119,000 round in mid-2023), it appears to be primarily capitalized through its parent entity's infrastructure funds [Tracxn, retrieved 2026]. This provides a runway that is less about burning venture capital and more about funding the long lead times and massive equity checks required for ground-up construction.
The billion-dollar counterfactual
The risks here are as large as the ambition. Building any hyperscale data center is a feat of project management, real estate, and financing. Verrus adds layers of complexity by integrating a major battery storage system and committing to a novel operational model that depends on coordination with external grid operators.
- The offtake challenge. The model requires convincing large cloud or AI companies to colocate their workloads in a facility that may, at times, shift or shed power for grid services. While flexible AI training jobs are a perfect candidate, selling the reliability story for tier-one enterprise workloads is a higher bar.
- Regulatory friction. Participating in wholesale energy markets as a generation asset involves complex interconnection studies, market rules, and certification processes that vary by region. This is where Bladen's grid-operator experience is essential.
- The capital stack. A $1 billion price tag means the cost of capital is everything. Verrus must prove its ancillary service revenue and potential power-cost savings create a superior return profile to justify the premium over a conventional build.
Verrus's answer to these risks is its integrated design and its backing. The thesis is that by designing for flexibility from the first concrete pour, it can achieve capabilities and economics that retrofits cannot. And with SIP's infrastructure-fund patience, it can afford the long timeline to first revenue.
The unit economics of a grid battery
The math Verrus must solve is not about cost per rack, but about system-level value. Consider a hypothetical 100-megawatt data center with a co-located 100 MWh battery. If that battery can earn just $50 per megawatt-hour for grid services for four hours a day, that is $20,000 daily, or over $7 million annually. That revenue could directly offset the facility's power purchase agreement costs or improve its internal rate of return. The real figure depends on local market rules and pricing, but the back-of-the-envelope potential is what makes infrastructure investors listen.
For Verrus to succeed, it must ultimately beat not just other data center developers, but the incumbent it is trying to displace: the traditional, inflexible load. It must prove that its more complex, capital-intensive architecture delivers a lower total cost of compute and a more sustainable, grid-friendly footprint. If it can, it will have built more than a data center. It will have built a new kind of power plant.
Sources
- [TechCrunch, March 2024] Alphabet spin-off SIP launches Verrus, a data center concept built around battery 'microgrids' | https://techcrunch.com/2024/03/11/sip-verrus-data-center/
- [Sustainable Tech Partner, March 2024] Verrus, Backed by Google Parent Alphabet, Targets AI Data Center Sustainability Challenges | https://sustainabletechpartner.com/topics/cloud-services/verrus-backed-by-google-parent-alphabet-targets-ai-data-center-sustainability-challenges/
- [Verrus, retrieved 2024] Verrus | https://www.verrusdata.com/
- [Global Corporate Venturing, April 2024] 11 data centre energy startups to watch | https://globalventuring.com/corporate/energy-and-natural-resources/11-data-centre-energy-startups-to-watch/
- [datacenters.com, retrieved 2026] Verrus Flexible AI Data Centers United States | https://www.datacenters.com/providers/verrus-llc
- [Latitude Media, retrieved 2026] Verrus successfully demos its flexible data center technology | https://www.latitudemedia.com/news/verrus-successfully-demos-its-flexible-data-center-technology/
- [OSTI.GOV, retrieved 2026] Vulcan Test Platform: Demonstrating the Data Center as a Flexible Grid Asset (Technical Report) | https://www.osti.gov/biblio/2583521
- [Robert Kiessling - Brooks Utility Products | LinkedIn, retrieved 2026] Robert Kiessling - Brooks Utility Products | LinkedIn | https://www.linkedin.com/in/robert-kiessling/
- [Tracxn, retrieved 2026] Verus - 2026 Funding Rounds & List of Investors - Tracxn | https://tracxn.com/d/companies/verus/__FikrOZFTJNOL2K4IAw6A6yOdUMo6C_KEaanw8_3zzMo/funding-and-investors