Google, in partnership with energy technology company Voltus, has announced the expansion of an agreement to compensate homes and businesses in the United States that temporarily reduce their electricity consumption during periods of higher demand.
The initiative envisions the creation of a virtual power plant with a capacity of 1 GW. The project will be developed in the area served by PJM Interconnection, operator of one of the largest electrical grids in the United States, responsible for supplying energy to approximately 67 million people in various US states.
The proposal aims to use coordinated consumption reductions to free up capacity in the electrical system, helping to meet the growing demand for electricity, especially with the expansion of data centers used in artificial intelligence applications.
In return, participating consumers may receive cash payments and financial benefits, including savings on their electricity bill.
How will the virtual power plant work?
Unlike a conventional power plant, a virtual power plant does not depend on a single physical facility to produce electricity. The model brings together equipment and energy resources distributed across different locations, which can be coordinated to reduce demand on the electrical grid when necessary.
The Google and Voltus project will utilize resources such as smart thermostats, batteries, and industrial equipment capable of temporarily adjusting their energy consumption.
During peak hours, Voltus will be able to coordinate these devices to reduce the amount of electricity drawn from the grid, without the need to build a new generation unit equivalent to the available capacity.
The new partnership represents a tenfold expansion compared to the initial 100 MW agreement signed by the companies in early 2026. The initiative could also provide up to 1.070 MW of flexible capacity, a volume comparable to the electrical power of a large-scale nuclear reactor.
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