PG&E to Launch New Pilots Studying Electric Vehicle Bidirectional Charging Technology at Homes, Businesses and with Microgrids
Three
The new pilots are separate and in addition to the collaborations announced in March with both General Motors and Ford Motor Company, and will help to inform the
Each of the new pilot programs offers a financial incentive for participating customers and additional benefits for those in disadvantaged communities. All three are expected to be available to customers in 2022 and 2023 and continue until incentives run out.
“As electric vehicle adoption continues to grow, bidirectional charging technology has huge potential for supporting our customers and the electric grid broadly. We’re excited to launch these new pilots, which will add to our existing work testing and demonstrating the possibility of this technology,” said
PG&E’s Bidirectional Charging Pilot Programs
Bidirectional charging technology allows EVs to both take power from the grid, or from a customer’s solar system, and send it back to the grid. It’s one example of Vehicle-Grid Integration (VGI), an umbrella term for the optimized interaction of EVs with the electric grid by adjusting the time, power level or location of the EVs' charging or discharging.
While EVs already provide customers with cleaner air and reduced maintenance costs, among other benefits, testing emerging technologies to optimize EV integration with the electric grid could provide further value to all
The 400,000 EVs registered in PG&E’s service area along with the quickly growing number of EVs across
More about the approved pilot programs:
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Through the pilot with residential customers,
PG&E will work with automakers and EV charging suppliers to explore how light-duty, passenger EVs at single-family homes can help customers and the electric grid in various ways. These include providing backup power to the home if the power is out, optimizing EV charging and discharging to help the grid integrate more renewable resources, and aligning EV charging and discharging with the real-time cost of energy procurement. This pilot will be open to up to 1,000 residential customers who will receive at least for enrolling, and up to an additional$2,500 depending on their participation.$2,175
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The pilot with business customers will explore how medium- and heavy-duty and possibly light-duty EVs at commercial facilities could help customers and the electric grid in various ways. These include providing backup power to the building if the power is out, optimizing EV charging and discharging to support the deferral of distribution grid upgrades, and aligning EV charging and discharging with the real-time cost of energy procurement. This pilot will be open to approximately 200 business customers who will receive at least
for enrolling, and up to an additional$2,500 depending on their participation.$3,625
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The microgrid pilot will explore how EVs—both light-duty and medium- to heavy-duty—plugged into community microgrids can support community resiliency during Public Safety Power Shutoff events. Customers will be able to discharge their EVs to the community microgrid to support temporary power or charge from the microgrid if there is excess power. Following initial lab testing, this pilot will be open to up to 200 customers with EVs who are located in HFTD locations that contain compatible microgrids used during Public Safety Power Shutoff events. Customers will receive at least
for enrolling, and up to an additional$2,500 depending on their participation.$3,750
Further information can be found within today’s
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