At PowerStack, we deliver complete microgrid systems that put you in control of your energy. Our turnkey approach combines generation, storage, controls, and financing into one reliable solution. We start with a clear look at your site’s actual power needs and finish with a fully commissioned system built to perform. From design and permitting through construction and long-term operations, we manage every step so you can count on dependable, cost-stable power.
PowerStack isn’t just solar, or just batteries, or just generators—and we don’t lock you into one financing structure. We’re technology- and financing-agnostic, which means we pick the right tools for the job, every time.
Across the country, utilities, developers, and large energy users are confronting the combined challenges of grid congestion, rapid integration of distributed energy resources (DERs), and rising cost of traditional infrastructure upgrades. These pressures demand more than incremental fixes—they require a new approach to planning and deployment.
Challenge: Long interconnect timelines and uncertain capacity can delay tenant readiness and reduce site competitiveness.
PowerStack Value: Deploy speed-to-power microgrids that enable phased development, ensure power availability, and enhance NOI through infrastructure resilience.
Challenge: High energy loads, peak demand charges, and downtime risks can threaten operational continuity and margin.
PowerStack Value: Deliver cost-stable, reliable microgrids that optimize energy use, reduce peak charges, and provide backup power for mission-critical cold chains.
Challenge: Increasing load density and uptime requirements often exceed utility capabilities in many regions.
PowerStack Value: Right-sized hybrid microgrids that provide uninterrupted power, predictable pricing, and scalable capacity tailored to Tier II and Tier III sites.
Challenge: Electrification goals clash with limited grid capacity and rising peak demand.
PowerStack Value: Provide grid-flexible, shore-power-ready microgrids that accelerate electrification timelines and improve operational control at maritime and intermodal sites.
Challenge: Aging grid infrastructure and increasing reliability issues leave communities vulnerable to outages, higher costs, and stalled growth.
PowerStack Value: PowerStack delivers community-scale microgrids that strengthen local grid resiliency, stabilize energy costs, and create a dependable platform for sustainable economic development.
Challenge: Base resilience, energy independence, and climate mandates require rapid and secure power infrastructure.
PowerStack Value: Deliver mission-aligned microgrids with dual-use capabilities that enhance operational continuity, meet federal sustainability targets, and support energy security.
Challenge: Grid congestion, DER integration, and deferred capital upgrades require new planning tools.
PowerStack Value: Partner with PowerStack to deploy distributed energy assets that relieve pressure on existing infrastructure, support non-wires alternatives, and enable localized energy planning.
Community-scale or utility-partnered microgrids that serve rural areas with aging infrastructure or limited access to reliable electricity. These systems strengthen local grid resiliency, stabilize energy costs, and create a dependable platform for sustainable economic development.
So that you don't have to.
Technology Agnostic Generation
We tailor each system using the best available generation technologies—selected based on site conditions, client priorities, and cost-performance tradeoffs.
Battery Energy Storage (BESS)
Essential for peak shaving, frequency regulation, and backup. BESS improves system economics and enhances operational resilience.
Microgrid Controllers
Dedicated control systems that balance generation, storage, and load across dynamic site conditions, enabling seamless transitions between grid-connected and islanded modes.
EMS Integration
An intelligent Energy Management System (EMS) ties all components together, ensuring optimal dispatch, fault detection, and real-time reporting for facility managers and operators.
Grid Interconnection (Optional)
Where appropriate, systems may connect to the grid for net metering, load balancing, or participation in demand response markets—without compromising autonomy.
Project Estimates (CapEx)
We provide transparent capital cost projections based on system design, site conditions, and component selection. CapEx modeling supports investment decisions and incentive applications.
Operating Cost Estimates (OpEx)
Includes fuel (if applicable), O&M, insurance, and monitoring. We model long-term OpEx to help clients assess lifecycle economics.
Incentives and Accelerated Depreciation
We identify and help clients capture available federal, state, and local incentives—including ITC, MACRS, REAP, and LCFS—significantly reducing net capital outlay.
Cost-Benefit Analysis / Business Case Support
We prepare detailed economic analyses that compare microgrid deployment to traditional utility service, incorporating upfront and lifecycle costs, downtime risk, and sustainability benefits.
Market-Facing Revenue Generation Opportunities
Where applicable, microgrids can generate revenue through grid services, carbon credits, and export tariffs—contributing to ROI and supporting infrastructure-grade returns.