What Kind Of Virtual Power Plant Would You Choose?

TL;DR

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The Agile Electrification Project has begun a 12-month research phase in which about 200 California households will help shape hypothetical virtual power plant programs. Researchers will examine what participants are willing to share, what incentives they value and how their choices could affect the grid; the project is not yet launching a utility program.

The Agile Electrification Project, led by the Design Lab at the University of California, San Diego, has launched a 12-month research phase asking about 200 volunteer households to help design hypothetical virtual power plant programs. The study will examine how much electricity households with connected energy devices might share, under what conditions and for what incentives, offering utilities and policymakers evidence about potential program designs.

The participating households have or use technologies such as solar panels, home batteries, electric vehicles, heat pumps and smart thermostats from different manufacturers. Researchers will use surveys to learn how participants would respond to possible program rules. Questions include how often households would accept a reduction in air conditioning during heat waves and how much battery capacity they would keep in reserve in case of a possible blackout.

The research also asks what participants want from joining a virtual power plant, or VPP. Some may prioritize financial benefits, while others may value using more clean energy or supporting neighbors who depend on medical equipment. Thomas Familia, a project researcher and former utility energy analyst, said the team wants to make clear that households have a personal relationship with a VPP.

The responses will inform a set of hypothetical programs, rather than enroll participants in a newly announced commercial service. Balto Energy, a San Diego startup that tracks and analyzes home energy use, will estimate how participation in those programs could change each household’s hourly electricity use. The project will send those modeled changes to DERConnect, a UC San Diego-backed testing facility, to simulate possible effects on the state grid.

Household Choices Could Shape VPP Rules

Virtual power plants coordinate energy devices in homes and other locations so they can respond as a group to electricity needs. Their usefulness depends partly on what participants are willing to do: discharge a battery, adjust heating or cooling, or shift when a vehicle charges. The study could give program designers evidence about those trade-offs before they set rules and incentives for broader participation.

The question matters in California, where the source report describes high and rising electricity rates and the costs of switching to electric vehicles, heating and appliances. Andrew Krause, CEO of Northern Pacific Power Systems and a project co-lead, argues that household solar and electrification could help offset energy costs. He also warns that if wealthier customers leave the grid, other customers could be left paying a larger share of infrastructure costs. That is a concern raised in the report, not a measured outcome of this study.

Project supporters see VPPs as one way to encourage households to contribute flexibility rather than disconnect from shared energy systems. But whether a program attracts participants may depend on whether its terms feel fair and give households control. The research is intended to gather preferences; it has not yet established that a particular program will lower bills, improve grid reliability or prevent customers from leaving the grid.

A Study, Not a New Utility Offer

VPP programs can bring together resources such as rooftop solar, batteries and controllable household appliances. Utilities and companies including Sunrun and Tesla already operate or support VPP offerings, according to the source report. The new project differs in its focus: it asks participating households to help determine the design of possible programs rather than centering on a single existing offer.

The project’s Living Laboratory will combine participant responses with energy-use modeling and grid simulation. Balto Energy will analyze household usage profiles, while DERConnect will model how the projected changes might affect the grid. The project aims to produce information that policymakers, utilities and companies could use when considering program designs for Californians who are not part of the limited set of options currently available.

The work comes amid debate over how VPP participants should be compensated for the flexibility they provide. The source report notes criticism that households may not receive a fair share of the value. The study may help identify which incentives and rules households prefer, but it does not itself settle how compensation should be calculated.

“What would happen if we put customers in a simulated environment, tweaked the rules, and found compelling, sophisticated program designs that give people agency to achieve their desired outcomes?”

— Andrew Krause, CEO of Northern Pacific Power Systems and Agile Electrification Project co-lead

Program Results Are Not Yet Known

The project has not yet reported survey results, identified which hypothetical designs participants prefer or shown how those preferences translate into real-world enrollment. It is also unclear how closely the simulations will reflect actual household behavior during grid events, when customers may face different conditions than those described in a survey.

No specific utility, program launch, compensation rate or rollout timeline for a commercial VPP is announced in the source material. The study’s results may inform later decisions, but they do not guarantee that utilities or companies will adopt the designs participants favor. The effect of any future program on customer bills, grid costs and reliability remains unestablished.

Surveys and Grid Simulations Ahead

Over the next 12 months, researchers plan to survey the volunteer households, use their responses to develop hypothetical VPP options and model the resulting changes in energy use. Balto Energy will provide household-level analysis, and DERConnect will simulate potential grid effects.

The next major development will be the findings from that research, including which program conditions and incentives participants prefer and what the grid simulations indicate. The source report does not provide a publication date for results or say whether a utility or company has committed to test any of the resulting designs.

Key Questions

What is the Agile Electrification Project studying?

It is studying how about 200 volunteer households would design and respond to hypothetical virtual power plant programs, including what energy they might share and what incentives they would value.

Are households joining a new virtual power plant?

No new operating VPP is announced. The project will test hypothetical program designs through surveys, energy-use analysis and grid simulations.

What household technologies are represented?

Participants have or use devices that can include solar panels, home batteries, electric vehicles, heat pumps and smart thermostats from different manufacturers.

How will researchers assess possible grid effects?

Balto Energy will model how virtual participation could change household electricity use by hour. Those modeled changes will be sent to DERConnect for grid simulations.

When will the project’s results be available?

The research phase is planned to run for 12 months. The source report does not give a specific date for publication or say when any program based on the findings might be tested.

Source: rss