New Jersey is pursuing battery energy storage as a significant part of its response to increasing demands on the electric grid. Battery energy storage systems, commonly known as BESS facilities, are designed to charge when electricity is available or less expensive and discharge stored energy when demand is high. Through the Garden State Energy Storage Program, New Jersey has established a goal of deploying 2,000 megawatts of energy storage by 2030. State regulators have approved incentives for several large projects, including facilities in Sayreville, Ridgefield, and Bordentown, and additional solicitations are intended to expand storage capacity further. State officials contend that these systems can improve reliability, help manage peak demand, and potentially reduce costs for ratepayers.

At the same time, battery storage presents important land-use, public-safety, and community-planning concerns. Beach Haven offers a timely example. Atlantic City Electric activated a battery energy storage facility on Second Street on July 1, 2026, notwithstanding a request from local officials to delay activation. The utility has described the facility as a reliability resource intended to support the electric system during periods of elevated demand. Residents and municipal officials, however, have expressed concern about locating a substantial lithium-ion battery installation in a densely populated barrier-island community.

Those concerns should not be dismissed as mere resistance to new technology. Lithium-ion batteries have a recognized failure condition known as thermal runaway, an uncontrolled self-heating reaction that may generate extreme heat, smoke, fire, and the release of gases. Fire, explosion risk, re-ignition, and environmental consequences are legitimate issues that must be addressed through careful design, siting, monitoring, and emergency planning.  Although the scale is different,  this is one reason airlines have concerns about certain chargers onboard.  

This does not mean that every battery facility is unsafe, nor does it mean that battery storage lacks public benefits. It does mean that residents are entitled to ask serious questions before a project is approved: Where should these facilities be located, what protections should be required, what happens if something goes wrong, and who is responsible for the consequences? These questions are especially important where proposed facilities are near homes, schools, businesses, evacuation routes, environmentally sensitive areas, or communities with limited access points.

Appropriate protections may include transparent fire and plume modeling, independent safety review, adequate setbacks, emergency-response plans, responder training, real-time monitoring, inspection requirements, insurance, decommissioning obligations, and clear responsibility for cleanup if a facility fails. Residents should become involved before approvals are granted, not after equipment has already been installed. Municipal planning and zoning proceedings, state regulatory processes, and legislative advocacy all provide opportunities to demand stronger siting standards, public notice, and community input. The central question is not simply whether New Jersey needs battery storage. The more responsible question is: Where do these facilities belong, what safeguards must surround them, and should affected communities have a meaningful voice before one is placed next door?