Establishes the New York State grid reliability and energy affordability transition (GREAT) act; establishes the virtual power plant program to help reduce energy costs and grid reliability risks; provides incentives to participants for supporting the grid by investing in distributed energy resources and reducing net energy costs.
S09500 would create the New York State grid reliability and energy affordability transition (GREAT) act and add a new Article 12 to the Public Service Law establishing a statewide virtual power plant program. The bill directs each electric utility to file a program proposal with the Public Service Commission, with standardized tariffs and riders for battery, non-battery, and potentially electric vehicle resources. These programs would allow residential and small commercial customers, either directly or through aggregators, to enroll distributed energy resources such as batteries, smart thermostats, water heaters, and electric vehicles to reduce load or supply power during grid events.
The bill is designed to make these resources part of utility planning and operations by requiring utilities to compensate participants for grid services, including system peak load reduction, locational system relief, congestion relief, ancillary services, and deferral of distribution upgrades. It also requires utilities to provide customer education, non-discriminatory access to relevant data, streamlined interconnection and enrollment processes, annual reporting, and cost recovery for prudently incurred program expenses. The PSC would also be tasked with setting long-term participation targets and performance incentives, with special attention to low-to-moderate income customers and disadvantaged communities through higher upfront payments where available.
The bill would amend the Public Service Law by creating a new statutory framework for virtual power plants and related utility tariffs, replacing ad hoc or pilot-style approaches with a statewide program. It would require PSC approval of utility proposals and tariffs, establish definitions for key program terms, authorize utility cost recovery and possible returns on approved costs, and require annual reports on participation, savings, and program performance. The measure would also affect utilities, aggregators, distributed energy resource providers, and participating customers by setting compensation rules, participation rights, data-sharing obligations, and limits on utility-owned resources and utility-affiliated aggregators.
The bill’s stated purpose and structure reflect strong support for clean energy, affordability, and grid reliability, with a clear emphasis on expanding customer participation in distributed energy resources. Although there is no recorded committee transcript or vote history in the provided material, the bill text itself signals a favorable policy posture toward virtual power plants as a tool to reduce peak demand, lower bills, and cut emissions. The overall tone is proactive and programmatic, seeking to codify and accelerate PSC efforts rather than merely authorize a study or pilot.
The main likely points of contention are the costs and administrative burden on utilities, the adequacy of compensation rates, and the extent of PSC authority to mandate program design and performance targets. Utilities may object to required filings, data access obligations, customer education duties, and the possibility of penalties or incentive mechanisms tied to participation targets, while supporters are likely to emphasize ratepayer savings, reliability benefits, and emissions reductions. Another possible area of debate is how the program treats aggregators versus direct participants, whether utility-owned resources should be excluded, and whether the compensation framework fairly values distributed energy resources across different technologies and locations.