NewThe Currence MCP is live. Ask Claude, ChatGPT, Gemini, or Copilot and get answers backed by Currence data. Learn more.
Solutions
Data Centers
Which projects get built and how they get power
Speed to Power
The fastest route to power in every market
Geothermal
Projects, leases, PPAs, and economics
Nuclear
Every reactor project, from design to first power
Energy Storage and Flexibility
Storage projects, VPPs, and vendors
Grids and Utilities
Load growth, tariffs, and grid tech
Low-Carbon Fuels
SAF, methanol, and hydrogen projects and costs
Carbon
Capture, storage, and carbon markets
Frontier Tech
Space, robotics, and physical AI readiness
API
Currence data in your own systems
MCP
Currence data in your AI assistant
Reports
Newsletters
CTVC
Subscribe to the iconic newsletter with 75,000 climate tech investors
Powerstack
Essential reading for decision-makers in the power system
Events
About
Our Story
Blog
Customer Stories
Careers
Press
Login
Talk to sales
Blog
Research
May 5, 2025
Mark Taylor
Written by
Mark Taylor
Mark Taylor

Virtual Power Plants get real in Virginia

Virtual power plant pilot in Virginia under the Community Energy Act

In the heart of data center alley, on 2 May, Virginia Governor Glenn Youngkin signed a new bill into law: the Community Energy Act, which requires utility Dominion Energy to aggregate 450MW of distributed energy resources into a virtual power plant (VPP) pilot program. They need to get the plans in place by December this year, and the program will run through 2028.

On its face, this seems like something Dominion should want, and maybe would have even lobbied for. Why? On its earnings call a day earlier (on 1 May), Dominion talked about stable, growing demand for power from data centers and went over detailed growth plans to meet this demand. This included project updates and financial models to make the rate case.

To this end, a VPP would seem to make sense—it can add capacity and flexibility to the grid in the short term without building new generation capacity, which takes time. Essentially, a way to buy Dominion time.

But the reality has at least two wrinkles. The first wrinkle is the actual scale and logistics of the VPP—450MW is a big pilot. In fact, if successful, it would be among the largest VPPs in the world, close behind California’s 515MW Demand Side Grid Support program. And unlike existing VPPs, much of the capacity will have to come from industrial and commercial customers. 

Let’s do some back-of-the-envelope math (cracks knuckles) to see why. 

  • California’s Demand Side Grid Support program has enrolled 515MW of capacity from 265k participants. That’s 1.9kW per participant, with only 2% of households participating (265k enrolled out of 13m total).
  • Dominion serves 2.7m customers in Virginia. To aggregate 450MW of capacity, it would need 1.7kW of capacity per participant if it could enroll 10% of customers. If it only enrolled 2%, like California, it would need 8.3kW per participant. But the typical American household’s average power draw of 1.2kW – so that’s huge comparatively.

But, commercial and industrial customers account for two-thirds of Virginia’s electricity use and are eligible for the pilot program. Dominion would need to go beyond the typical residential VPP playbook, which uses smart thermostats and EV charging, to enroll and manage these customers.

The second wrinkle is the higher-level strategic angle for Dominion. Regulated utilities make money by building stuff—power plants, transmission, substations, etc.—getting the cost approved by regulators, and charging customers for it over time, along with a return. So the first challenge is that VPPs are not all that capital-intensive, especially compared to a nuclear plant or, in Dominion’s case, the first major offshore wind farm in the US, so not necessarily the money-maker. Building a VPP would likely involve Dominion having to work with a third party like Leap or Voltus. It would introduce complexity in its operations, having to monitor and manage thousands of DERs, and it could introduce turf challenges in what’s been a pretty solid monopoly in Virginia.

‍

Chart on Dominion Energy's 450MW virtual power plant requirement in Virginia

So given these wrinkles, it seems a bit more likely that Dominion did not lobby for this, but at the same time, could still turn it into a strength. 

1. Take control.

‍This law is good news for VPP aggregators. One strategy Dominion could pursue here is buying a company. This lets the company integrate the capability while not ceding sole control of the market. This has been done before with Southern buying PowerSecure. On the other hand, Xcel and Duke have chosen to build-out VPP platforms internally. Check-out VPP players on the Currence market map here.

Here’s who might be big enough to be a serious partner for Dominion.

‍

Virtual power plant companies that could partner with Dominion Energy

‍

2. Get flexibility, buy time. Dominion could do the bare minimum to comply with the law, piloting the tech and then dropping it quietly. But its best play might be to double down on the VPP once it has it, increasing flexibility to meet short-term demand and buying time to build out the generation assets that are its (rate-based) bread and butter. Check out this Currence piece on how flexibility can boost data center interconnection: New load? No problem*

‍

Graphic on grid flexibility and virtual power plants

‍

3. Own the future. VPPs seem to be a growing trend as companies try to squeeze all the juice they can out of the grid we’ve got. There’s a world where Dominion gets VPPs approved as infra costs and can add this to its rate base. And it seems to be the case that if you’re considered innovative and as working in the best interest of the customer, you can get more rate cases approved. Check out our Currence piece on Google’s new innovative rate structure here: Nevada regulator approves Google’s clean power data center tariff. 

Maxing out the grid by interconnecting data centers, then rate-basing the generation to serve them, seems to hinge (by law) on Dominion’s ability to get creative. And looking across the market, utilities may find themselves facing the same playbook—or the same trap.

Blog
Research
May 5, 2025
Mark Taylor
Written by
Mark Taylor
Blog
See more
Screenshot of the Currence MCP Skills Guide with workflows to run in Claude, ChatGPT, Gemini, or Copilot
The Currence MCP Skills Guide: Five Workflows to Run in Your AI Assistant
Oct 14, 2026
Product
Currence MCP server connecting energy market data to AI assistants
The Currence MCP: Run Our Data and Research Inside Claude, ChatGPT, Gemini, and Copilot
Oct 14, 2026
Product
Currence Data Centers & Power product graphic for tracking data center projects, power, and policy
New from Currence: Follow the Power and Policy Behind the AI Buildout
Sep 16, 2026
Product
Coverage
Data Centers & PowerCompass
Insights
BlogReportsPowerstackCTVCCustomer Stories
Company
About usCareersTalk to salesTerms of UsePrivacy Policy
Powerstack Newsletter
A weekly briefing on the moves and motives shaping power markets  

Join the community of power and utility leaders, developers, and investors.
Subscribe
© Copyright Currence