DCP 101: What is Distributed Capacity Procurement

What Is Distributed Capacity Procurement? DCP 101

Distributed Capacity Procurement (DCP) is a utility-led model for deploying front-of-the-meter batteries and gensets as distribution infrastructure, utility-owned, utility-dispatched, and fully integrated into grid operations. It's how utilities add targeted capacity exactly where and when the grid needs it most.

What Does Distributed Capacity Procurement Mean?

DCP unlocks capacity by enabling the rapid, scalable deployment of front-of-the-meter battery and genset infrastructure on the distribution grid.

The keyword is "procurement." DCP is not an aggregation program. It's not a demand response platform. It's a structured procurement model, the same way utilities procure substations, transformers, or any other distribution infrastructure, applied to 1–5+ MW batteries and gensets sited at commercial, industrial, and nonprofit locations across the distribution grid.

Assets are utility-owned, utility-dispatched, and control-room visible. From the utility's perspective, a DCP asset is no different than any other distribution asset on the system: permanent infrastructure, always available, fully dispatchable.

DCP converts latent distribution capacity into commercially deliverable, utility-grade, accredited megawatts.

How Does Distributed Capacity Procurement Work?

The DCP model moves through three phases: Design, Deploy, and Dispatch.

Design — The utility and Sparkfund identify where capacity is needed most: which circuits are constrained, which load pockets are growing, and where distribution upgrades can be deferred. Grid value assessment determines the optimal siting, sizing, and program scope. This phase also includes program structure, tariff design, and regulatory engagement.

Deploy — Sparkfund acts as Prime Contractor, managing site acquisition, permitting, engineering, construction, and vendor coordination under a single contract. Assets are deployed across multiple distribution sites simultaneously. 80%+ of every dollar is competitively bid. The result: first capacity in 9–12 months, at a cost below traditional third-party developer approaches.

Dispatch — Once energized, assets are fully under utility operational control. The utility charges them when supply is abundant and dispatches at peak, just like any other distribution infrastructure.

What Makes DCP Different From Other Grid Programs?

DCP assets sit in the magic middle between demand response and utility-scale BESS, delivering what neither was designed to provide at the distribution level.

Demand response depends on customer participation. DCP doesn't. Assets are permanent infrastructure operated by the utility, not aggregated customer behavior.

Utility-scale BESS addresses system-level needs. DCP addresses distribution-level constraints, the constrained feeders, stressed circuits, and localized load growth that transmission-sited projects typically don't reach.

The result is planning-grade capacity: not probabilistic, not dependent on behavior, and directly targeted at the distribution points where the grid needs it most.

What Does DCP Look Like in Practice, and Where Is It Now?

At scale, the DCP model delivers 100–300+ MW per year in partnership with a utility. Full program buildout, 200–500+ MW, in 24–36 months. 

Capacity*Connect is the first-in-the-nation DCP program Sparkfund is deploying with Xcel Energy. The Capacity*Connect program is the largest DCP program in the country, to date. Approved unanimously by the Minnesota Public Utilities Commission, Capacity*Connect targets up to 200 MW of front-of-the-meter distributed battery storage at commercial, industrial, and nonprofit sites by 2028. The first-of-its-kind program carries a $430 million budget, 80% bid to local vendors, and a $50 million investment from Google. Sparkfund serves as the deployment services partner.

Xcel Energy's bill impact analysis shows average residential customer savings of $0.13/month over 20 years, rising to $0.17/month with Google's contribution factored in.

Who Is DCP For?

DCP is designed for utilities facing load growth, distribution constraints, or the need to add accredited capacity on a planning-cycle timeline. It's also available to energy majors and large-load customers, including data center operators and hyperscalers, looking for a utility product that unlocks capacity fast.

For utilities: DCP adds targeted, planning-grade capacity at the distribution level without the interconnection timelines and capital requirements of utility-scale projects.

For large-load customers: DCP is a utility product that creates transmission headroom at the distribution level, enabling larger loads to interconnect and supporting the grid capacity required for data center development.

Why DCP Now? 

Load growth from electrification, EV adoption, and data center expansion is stressing distribution grids faster than conventional capacity tools were built to handle. The interconnection queue is longer than it has ever been. Traditional utility-scale infrastructure takes years.

DCP is a repeatable service model that deploys on the timeline the grid actually needs, first capacity in 9–12 months, at scale in 24–36 months, fully integrated into utility operations from day one.