

DATE: Ongoing
CLIENT: Confidential
LOCATION: 46 Locations Across the U.S.
OUTPUT: 2.3 MW To Date
PowerStack partnered with a publicly traded, nationally distributed industrial supply company to deploy a localized onsite solar program spanning 46 facilities across the United States. The program delivers approximately 2.3 MW of distributed generation, purpose-built to align with each site’s load profile, building constraints, and local utility requirements.
Rather than pursuing a single, centralized energy solution, the client adopted a site-by-site approach that enables rapid deployment, repeatable engineering, and scalable expansion across its portfolio. The Localized Solar Program is designed to support energy systems of varying sizes across multiple facilities, allowing projects to move forward in parallel rather than sequentially. By working with qualified installers local to each site, PowerStack achieves a competitive cost advantage while maintaining consistent delivery standards. Each installation is engineered to integrate seamlessly into ongoing operations, minimizing disruption and delivering immediate energy cost savings and sustainability benefits.
Over 2.3 MW of installed distributed generation assets, across 46 U.S. sites, with additional projects in development.
Small scale rooftop solar, sized specifically for retail locations.
The 2.3 MW localized solar installations generate approximately 4.0 million kWh annually—enough to power roughly 450–470 average U.S. homes each year. This level of production avoids an estimated 2,700–2,800 metric tons of CO₂ emissions annually, comparable to the carbon sequestered by approximately 330–350 acres of U.S. forest each year.
Projects are deployed simultaneously across multiple locations, moving as quickly as interconnection can be achieved and aligned with facility schedules to minimize disruption to operations.
Successful interconnection to utilities across multiple regions nationwide, each with unique technical standards, permitting hurdles, and capacity limitations.
Leveraged Federal ITC and a variety of state and utility incentive programs, demonstrating PowerStack’s ability to navigate diverse regulatory environments and optimize project economics.
The localized portfolio strategy allowed the client to make measurable progress toward corporate sustainability goals while maintaining operational flexibility. By deploying smaller systems across many locations, the program reduced exposure to interconnection delays, utility capacity constraints, and regional permitting risk.
From a financial perspective, the distributed approach created predictable, site-level savings and avoided over-concentration of capital in any single asset. Operationally, the program strengthened energy resilience at critical facilities and established a standardized framework that can be replicated as the portfolio evolves.
PowerStack served as the program architect and execution partner—coordinating site screening, system design, utility engagement, and delivery across dozens of markets. Our experience managing multi-site industrial portfolios enabled a consistent deployment model while preserving the flexibility required to address local conditions.
By combining technical rigor with portfolio-level strategy, PowerStack transformed a complex, multi-location initiative into a scalable energy platform—one that supports long-term cost control, sustainability objectives, and future integration of storage and resilience solutions.