Pacific Gas and Electric Company (PG&E) has officially expanded its Vehicle-to-Everything (V2X) pilot program, adding qualified models from Tesla, Volvo, and Nissan to the eligible vehicle list. The program now offers qualified participants up to $17,000 in total incentives to install compatible bidirectional chargers and actively participate in grid services.
The expanded pilot leverages electric vehicle batteries for both vehicle-to-home (V2H) backup power and vehicle-to-grid (V2G) energy export. Participants must meet specific usage requirements, including minimum participation hours during peak demand events, and agree to share performance data with PG&E to support technology assessment.
This means for B2B buyers and fleet operators: V2X capability can transform EVs from operational expenses into revenue-generating or cost-saving assets. By exporting stored energy during high-price periods, commercial fleets can offset charging costs, reduce facility peak demand charges, and participate in emerging energy markets. For manufacturers and component suppliers, this signals growing utility acceptance of bidirectional power flow, increasing demand for robust chargers, battery management systems, and thermal management solutions that can sustain frequent cycling.
| OEM | Eligible Models | Bidirectional Charger Compatibility |
|---|---|---|
| Tesla | Cybertruck, Model 3/Y (selected trims) | Tesla Powershare, third-party CCS |
| Volvo | EX90, EX40 | Wallbox Quasar 2, Fermata Energy |
| Nissan | Ariya, LEAF e+ | Fermata Energy, Dcbel |
This expansion is a significant milestone for U.S. utilities, actively exploring EV batteries as distributed energy storage assets. If successful, the model could reshape the economic value proposition of EV ownership across commercial and industrial segments. The pilot runs through 2028, with interim results expected mid-2027.
V2X technologies create new demands for battery cycling and BMS sophistication. For battery system designers, our expertise in advanced BMS development and custom cell matching can help meet the stringent requirements of bidirectional power flow applications.