New Jersey Home Battery Proposal Targets 150 MW of Distributed Storage
New Jersey regulators have proposed a roughly 150 MW distributed storage block that would pay participating home battery owners based on performance during periods when the electric grid needs support.
Microgrid Media Editorial Desk
Published · 4 min read
The New Jersey Board of Public Utilities released a distributed energy-storage proposal on August 19, 2026, that would create an approximately 150 MW initial block aimed in part at expanding customer-sited batteries across the state. The New Jersey home battery proposal would compensate participating customers based on how their batteries perform when the electric grid needs additional support, linking residential storage deployment to New Jersey’s broader grid-flexibility strategy.
Under the proposal, eligible customers with operational batteries could receive annual performance-based incentive payments for 10 years, with New Jersey’s four electric distribution companies administering enrollment, dispatch coordination, performance measurement and payments under NJBPU oversight. A stakeholder meeting is scheduled for September 3, with written comments due September 10.
The proposal would turn home batteries into grid resources
The proposed program would move residential batteries beyond their familiar role as customer backup systems by paying owners to make capacity available during selected grid events.
Those events could include periods of unusually high demand associated with heat waves or cold weather, when reducing demand or supplying stored electricity can provide additional flexibility to the power system.
The August 19 proposal described by NJBPU calls for participating electric utilities to coordinate dispatches and verify battery performance before incentive payments are issued.
The four affected utilities are Atlantic City Electric, Jersey Central Power & Light, Public Service Electric & Gas and Rockland Electric.
Distributed storage is being coordinated with New Jersey’s VPP plans
The New Jersey home battery proposal is significant because NJBPU is developing distributed storage alongside a separate statewide virtual power plant framework.
In its virtual power plant straw proposal, NJBPU says its long-term objective is to aggregate behind-the-meter resources into coordinated grid services. Potential resources include batteries, smart thermostats, managed electric-vehicle charging, water heaters and commercial or industrial demand response.
The agency’s VPP planning document specifically identifies the distributed segment of the Garden State Energy Storage Program as a related proceeding and calls for coordination between storage incentives and future VPP compensation.
That coordination is important because a battery could eventually be technically capable of providing several services. Program rules must determine when compensation can be combined and how regulators prevent customers or aggregators from being paid twice for the same grid service.
New Jersey is trying to reduce exposure to peak capacity costs
The policy is being developed as New Jersey confronts rising capacity costs in the PJM regional electricity market. Batteries cannot create new net electricity over time, but they can shift consumption and discharge stored electricity during high-value or constrained periods.
NJBPU’s VPP proposal says New Jersey faces a widening supply-demand gap within PJM and identifies distributed energy resources as one potential way to reduce peak demand and defer some conventional infrastructure investment.
The state’s broader Garden State Energy Storage Program has already awarded incentives to 355 MW of large-scale battery projects and launched a second solicitation for another 645 MW of transmission-scale storage.
The distributed-storage initiative addresses a different segment of the market by focusing on smaller resources located closer to customers.
Performance payments could change residential battery economics
Residential batteries are often purchased primarily for backup power or to manage a household’s electricity use. A recurring grid-services payment creates another potential source of value.
The actual economics will depend on the final incentive structure, eligible equipment, required battery availability, number and duration of dispatch events and how much stored energy customers are permitted to reserve for their own backup needs.
The proposal remains a straw rather than a final program. Customers therefore cannot assume that the eventual incentive level, dispatch requirements or eligibility rules will match the preliminary framework.
The program is designed to feed into a larger distributed-energy market
NJBPU’s longer-term VPP framework contemplates a more open market in which distributed resources can be aggregated and potentially earn compensation from both distribution-level services and PJM wholesale markets where permitted.
The agency’s VPP proposal describes an interim program beginning no later than July 1, 2027, followed by a longer-term open-access framework beginning in 2029. It also calls for coordination around telemetry, communications standards, aggregator access and rules against duplicative compensation.
Distributed batteries deployed through the storage program could therefore become part of the resource base available for later aggregation rather than functioning solely as isolated household backup systems.
What happens next
NJBPU plans a virtual stakeholder meeting from 10 a.m. to noon Eastern on September 3. Written comments on the distributed-storage proposal are due by 5 p.m. Eastern on September 10.
Regulators can revise the design after reviewing stakeholder feedback, so the 150 MW block, payment methodology and participation requirements should be treated as proposed rather than final.
The resulting rules will help determine whether New Jersey can establish a meaningful residential storage market while simultaneously preparing those batteries to operate as coordinated grid resources.
The Microgrid Media Editorial Desk reports on microgrids, energy storage, grid modernization, data center power demand, distributed energy resources, and energy policy. Reporting published under the Editorial Desk byline is developed from primary regulatory records, utility filings, government documents, company disclosures, and independently verifiable sources, and is reviewed under Microgrid Media’s editorial standards.
Editorial oversight: Jonas Muthoni, Editor-in-Chief
