PowerSecure has signed an agreement with Keel Infrastructure to deliver an integrated backup power system for Keel’s data center campus in Moses Lake, Washington. The deal places resilient onsite power at the center of Keel’s expansion strategy as the company develops infrastructure for high-performance computing workloads, including artificial intelligence. The project also reflects a broader shift in data center development, where access to dependable electricity increasingly shapes how quickly operators can bring capacity online and maintain service. Keel’s broader infrastructure portfolio includes operations and development across Washington, Pennsylvania and Quebec, with the company reporting a 2.2-gigawatt capacity pipeline in its first-quarter 2026 materials.

“This project underscores PowerSecure’s ability to deliver flexible, resilient energy solutions with speed and precision,” said Jim Smith, president of PowerSecure. “By combining technical expertise with a highly collaborative approach, our team developed a tailored solution that meets Keel’s immediate needs while positioning them for future growth.” The statement captures the commercial logic behind the agreement: the system must address immediate reliability requirements without locking the campus into a fixed power architecture. For PowerSecure, the project adds another mission-critical computing deployment to a portfolio that the company says has exceeded 2 gigawatts of developed, installed, managed and serviced microgrid capacity. 

Modular Architecture Gives Keel Room to Scale

PowerSecure will design and deliver a customized standby power solution built around its PowerBlocks® platform, combining onsite generation, controls and electrical infrastructure in modular units. The architecture gives Keel a way to expand power capability alongside the campus rather than treating backup generation as a standalone installation sized only for today’s requirements. The design also incorporates peak shaving, allowing the system to support energy optimization when broader grid demand reaches elevated levels. That capability gives the project a second operating role, positioning onsite generation as an energy-management asset as well as a resilience layer.

“Reliable power is the foundation of everything we build at Keel Infrastructure, and this solution gives our Moses Lake campus the resiliency and operational continuity our customers depend on at a time when firm power solutions are increasingly critical,” said Alex Brammer, Executive Vice President of Operations at Keel Infrastructure. “PowerSecure’s solution is also aligned with our approach to responsible development, allowing us to meet our customers’ stringent availability requirements while minimizing the impact on our grid infrastructure and environment.” The emphasis on availability matters as AI and other high-performance workloads push operators toward infrastructure capable of sustaining demanding computing environments. Meanwhile, modular deployment can give developers greater flexibility when campus requirements change during a multistage buildout.

Partnership Moves From Design to Delivery

PowerSecure and Keel established their relationship earlier this year and moved quickly to align system requirements with delivery timelines for the Moses Lake campus. PowerSecure assembled an integrated engineering and project delivery team to develop and implement the solution, placing design and execution under a coordinated project structure. The approach is intended to reduce friction between equipment integration, electrical infrastructure and site-specific requirements as Keel advances its digital infrastructure plans. Keel representatives also recently visited PowerSecure’s Durham campus to examine the PowerBlocks technology and the systems supporting its microgrid operations.

The Moses Lake agreement gives PowerSecure a role beyond conventional standby generation as data center developers increasingly seek power systems that can accommodate changing operational requirements. Still, the company has not disclosed the project’s power capacity, contract value, equipment count or installation timetable, leaving the commercial scale of the deployment unspecified. What is clear is that PowerSecure intends to combine resilient backup generation with controls and electrical infrastructure capable of supporting future campus growth. The project therefore adds to the emerging model of data center power architecture in which reliability, scalability and grid interaction increasingly converge within a single infrastructure strategy.

What the Moses Lake Deal Signals

For Keel, the agreement strengthens the power architecture behind a Washington development that the company identifies as part of its North American high-performance computing platform. For PowerSecure, it demonstrates how modular distributed-energy systems can serve data center operators facing tighter requirements around continuity, capacity and grid constraints. The company’s broader record includes more than $900 million in energy-efficiency upgrades, according to its corporate disclosure, reinforcing its positioning around integrated distributed-energy infrastructure.

The Moses Lake project ultimately matters less as a single backup-power contract than as a signal of where data center infrastructure is heading. Developers increasingly need power systems that can grow with computing demand while giving operators additional control during periods of grid stress. PowerSecure’s PowerBlocks approach places that flexibility directly into the campus energy design, while Keel gains a resiliency platform intended to support future expansion. The agreement consequently links the immediate need for dependable electricity with the longer-term infrastructure demands of an AI-driven computing market.