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Tesla Powerwall

Product
Developers: Tesla Motors
Branches: Power

2022: California pays cash for transmission of electricity to city grid

In mid-August 2022, a large number of Tesla Powerwall household battery owners in California were given the opportunity to help combat power outages and make money on it. The program, trialled in 2021 with several California electric utilities and launched in July 2022 in Pacific Gas and Electric's (PG&E) service area, would pay Powerwall owners two dollars for each additional kilowatt-hour of energy users provide during managed-load events determined by energy companies.

Now, with Southern California Edison (SCE) expanding its service area, Tesla's Virtual Power Plant Program (VPP) covers nearly the entire California electric grid. According to SCE, some Powerwall owners are ready to participate in the program, and expect 3,000 customers to sign up for the program, which, according to the company, can reduce energy consumption by 10-15 MW, which is enough to power 11,250 homes.

California residents began to pay for the transmission of electricity from batteries to the city grid

PG&E did not provide specific estimates, but said that if all Powerwall owners took part in the program, the number of megawatts would be equivalent to the power generated by a small power plant. Tesla Powerwall owners in PG&E or SCE coverage can participate in the program if they:

  • Receive services from one of the above two companies;
  • Have an account in a residential building;
  • Do not participate in conflicting demand response programs or VPPs;
  • Have a valid Rule 21 connectivity agreement that regulates energy sales from homeowners back to the grid.

power engineering specialists VPPs could potentially help institutions meet energy requirements, save money, reduce electricity consumption and reduce environmental damage, according to the U.S. Department of State. The EPA USA argues that distributed energy generation is also suitable for collecting energy that would otherwise be wasted and reduces line losses when power is transmitted over long distances.[1]

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