Summary:
Recent updates from the U.S. Department of Energy (DOE) highlight the growing strain on the U.S. electric grid due to higher peak power demands, increased utility capital spending, and more frequent extreme weather events. These changes spotlight the urgent need for the large-scale implementation of virtual power plants (VPPs).
According to the DOE’s updated report, collaborative efforts from utilities, regulators, and other energy stakeholders could lead to the deployment of between 80 GW and 160 GW of VPP capacity by the year 2030. Strategies such as encouraging more distributed energy resource (DER) adoption, simplifying VPP enrollment procedures, and improving VPP integration into utility planning are essential steps.
To promote the adoption of DERs and VPPs, experts suggest focusing on their “nonpolitical” benefits. Highlighting improvements in grid resilience, energy security, and consumer choice could appeal to a wider audience, irrespective of political affiliations.
Insights:
In a recent report from January 1, 2024, the DOE identified around 30 GW of VPP capacity within the United States. This number has been refined based on an analysis from Wood Mackenzie’s North America VPP Market Report. This research indicates that North America has approximately 33 GW of VPP capacity, predominantly found in the U.S.
Wood Mackenzie noted that VPPs in North America have progressed beyond pilot testing, with 1,459 operational or developing VPPs active in various market and utility programs. Despite this growth, VPPs still account for less than 20% of the total DER capacity, primarily consisting of residential thermostat programs and measures for commercial and industrial demand response.
With the Republican party set to take over federal governance, advocates for VPPs are encouraged to use messaging that resonates with regulators and policymakers in such regions. There’s potential for VPPs to gain bipartisan support by focusing on their economic advantages and broad appeal related to energy independence.
The Wattsmart VPP in Utah, deployed by Rocky Mountain Power, has been highlighted as a leading example within the U.S. It shows the potential benefits of integrating VPPs into utility operations, enabling both increased renewable energy deployment and fiscal responsibility through a lack of raised taxes or utility rates.
Experts also point out that VPPs and similar DER clusters can significantly alleviate grid strain and reduce costs associated with developing new infrastructure. For instance, a well-managed EV charging program could potentially save nearly $1 billion in costs over the next decade.
In conclusion, enhanced energy security and resilience, provided by local energy resources like VPPs, are increasingly important across political lines. It is crucial for advocates to prioritize technical improvements and streamline program designs to facilitate broader participation in VPPs, focusing less on the political aspects and more on the operational benefits.