EVs as Grid ResourcesEVs as Grid ResourcesCoverage from Scienmag, Michigan Advance, and others
00/00/0000
DailyWeekly
Electric vehicles are increasingly being integrated with the power system as flexible loads and distributed batteries.
Managed charging can shift demand away from evening peaks, while bidirectional charging can send power to homes or the grid during high-demand periods, outages, or renewable shortfalls. Programs involving ChargeScape, utilities, electric school buses, and home pilots illustrate how these systems depend on compatible vehicles and chargers, customer participation, tariffs, communications, and grid interconnection. The potential benefits are substantial, but V2G does not eliminate the need for transformers, transmission, and distribution upgrades.
Looking Back
258 Day Timeline
Articles published over time. Hover any bar for the period and its article count.
Researchers modeled EV and solar adoption in the San Francisco Bay Area and found V2G can aid peak-demand balancing, but transformers and transmission upgrades are still needed.
As solar and wind expand globally, electricity users and grid operators are coordinating vehicles, buildings, batteries, and flexible loads to manage demand and integrate variable generation.
Florida officials proposed in September 2025 reallocating remaining National Electric Vehicle Infrastructure Program funds from highway charging to eVTOL infrastructure, drawing opposition from SACE.
Compatible electric vehicles can store electricity and return it to homes or grids when demand rises, with practical use dependent on bidirectional equipment and service arrangements.
World Resources Institute reports vehicle-to-grid electric school buses in California can return battery power during peak heat-wave demand and support disaster resilience.
A modeling study for the San Francisco Bay Area finds V2G plus managed charging cannot replace transformer and transmission upgrades as EV charging demand grows.
Arts Based School in Winston-Salem, North Carolina, deployed an electric school bus in the 2020s using EPA funding, tax credits, rebates, and solar power after a lengthy reimbursement delay.
Across New York City, Bengaluru, Kuala Lumpur, Melbourne, London, Paris, and Norway, residents and officials are disputing EV charger installations over safety, design, parking, and reliability issues.
Federal Highway Administration data released in a legal filing show U.S. states have spent only 2 percent of NEVI EV charging funds four years after authorization.
Porterville Unified School District will deploy a solar-plus-battery microgrid and EV fast charging funded partly by a U.S. EPA Clean School Bus Program grant.
ChargeScape, backed by automakers, pilots vehicle-to-home and vehicle-to-grid EV charging programs with U.S. utilities to reduce peak demand and strengthen outage resilience.
Delmarva Power and researchers at the University of Delaware monitored four Ford V2G EVs in Delaware during 2025, estimating potential owner earnings and highlighting conversion standards and grid-upgrade needs.
South Sacramento Christian Center and a green-jobs training program installed two EV chargers in South Sacramento last year to expand access and train local students.
Acton-Boxborough in Massachusetts uses bidirectional V2G chargers on three electric school buses during summer idle time to provide grid battery services and earn revenue.
Massachusetts Clean Energy Center is piloting V2X bidirectional chargers through ConnectedSolutions, but net-metering rules and installation costs limit residential scaling.
Porterville Unified School District will build a solar-storage microgrid with EV fast charging and vehicle-to-grid support using U.S. EPA Clean School Bus grant funding.
Sierra Club and New Jersey reported EV charging funding delays after a NEVI program freeze, urging faster deployment as most 2025 funds remained unspent.
Bidirectional Energy and Wallbox, funded by the California Energy Commission, test bidirectional EV charging in about 120 California homes for backup power and grid support.