VPP experts share insight on how to design a program to benefit all, regardless of income.
Advocates are pushing for a new standard that requires utilities to leverage distributed energy resources (DER) for peak load management, offering a potential fix for the state’s high retail rates.
Investors are shifting focus from deployment growth to platforms that can orchestrate and monetize battery fleets.
Two groups allege that utilities are blocking virtual power plant aggregators from accessing the meter data they need to provide a VPP. The groups call for using antitrust law to “pry open” VPP markets.
Arizona’s Energy Promise Taskforce released 31 recommendations calling for the accelerated deployment of virtual power plants and distributed solar to meet a projected 40% increase in peak demand.
The Minnesota Public Utilities Commission approved 50 MW to 200 MW of utility-owned storage while requiring Xcel Energy to study the grid value of distributed resources.
States can control the retail cost of electricity by promoting virtual power plants, consisting of distributed batteries and other resources, which can be deployed “within months,” said industry veteran Jigar Shah and a co-author in a report.
A EnergyHub report lays out what it will take for dispatchers to treat VPPs like conventional power plants.
As storage attachment rates hit 70% for new customers, Sunrun’s fleet of networked residential batteries expands rapidly, now featuring over 106,000 homes participating in VPP grid services.
The Brattle Group analyzed a gigawatt-hour virtual power plant test that may be the world’s largest as part of its review of California’s distributed peak-shaving program.
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