Google’s virtual power plant in PJM spotlights “bring your own new capacity” contracts and the new race for electricity

Google’s participation in a virtual power plant operating in PJM, the electricity market that spans parts of the U.S. Mid-Atlantic and Midwest, is drawing fresh attention to a key question facing the power industry: who is responsible for supplying new electricity capacity, and when. In an interview highlighted by Yahoo Finance, Voltus CEO Dana Guernsey argued that a newer style of procurement is being treated like a breakthrough the way power purchase agreements once were for utility-scale solar and wind.

Guernsey’s comparison centers on contracts that are designed to help create new capacity while still allowing buyers to secure power outcomes. In the discussion, she specifically pointed to “bring your own new capacity” structures, framing them as a tool that could unlock investment by linking demand from large buyers to the buildout of resources that can respond in grid conditions, rather than just buying power from existing supply.

The interview’s thrust is that these “bring your own new capacity” contracts may be reshaping incentives across the market. Guernsey likened their potential impact to the role that power purchase agreements (PPAs) played in accelerating utility-scale solar and wind development, providing a predictable revenue path for projects and making it easier to finance new plants.

What is notably absent from the information relayed in the Yahoo Finance segment is the granular deal-level detail that typically matters for readers trying to understand the financial and operational stakes. The discussion does not lay out the specific contract terms associated with Google’s virtual power plant in PJM, such as the duration, volumes, pricing mechanisms, or performance requirements. It also does not describe which types of resources are being aggregated, how dispatch is managed, or what portion of the program is expected to scale over time.

Still, the focus on PJM underscores why these contract structures are gaining attention. PJM runs a market framework in which reliability and capacity resources can be bought and sold, and where new demand from data centers and other large loads is intensifying competition for electricity and grid services. Virtual power plants, which typically coordinate distributed energy resources such as batteries, smart loads, and other controllable assets, are increasingly viewed as a way to bring flexible capacity into these markets without waiting for traditional, slow-cycle generation buildouts.

For now, the most concrete takeaway from the reporting is conceptual: industry leaders believe contract design is becoming a central lever in the “race for electricity,” not just technology. The timing and extent of any capacity build driven by “bring your own new capacity” deals will likely depend on how precisely these agreements translate demand certainty into project finance, and on whether regulators and market rules continue to support the participation of aggregated and controllable resources.