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According to foreign media reports, Tesla has reached a cooperation with Pacific Gas Power Company (PG&E), one of the largest power energy companies in the United States, and Tesla will produce giant battery systems
with a capacity of up to 1.
1GWh for PG&E.
The project is Tesla's largest launch since 2015 and is located in California
.
Tesla will supply battery packs for the new project with a total output of 182.
5MW and a duration of up to 4 hours
.
This represents a total capacity of 730MWh, which is equivalent to more than 3,000 TeslaPowerpack2s
.
Using U.
S.
Energy Information Administration data for 2016, the average annual electricity consumption of U.
S.
home-sharing utility customers is 10,766kWh, meaning that the new project can provide about 100 homes with electricity
for a full year.
At the end of 2017, Tesla made a bet with the South Australian government, saying that the company could complete the installation of the giant battery energy storage system within 100 days and alleviate the local power outage crisis by shaving peaks.
While Tesla is best known for building electric cars, from Australia to Puerto Rico, the company is redesigning the world's power grid to make renewable energy cheaper
.
The South Australian project has been a huge commercial success, with it estimated to have saved more than $30 million in just a few months
.
Last year, Tesla built nearly half of the world's energy storage facilities
.
It is worth mentioning that the cost of battery storage throughout the industry continues to decline
.
Bloomberg expects that cost to fall further to $69.
5/KWh
by 2025.
We hope that Tesla's continued efforts will inspire more competitors to join the competition to further accelerate this process
.
According to foreign media reports, Tesla has reached a cooperation with Pacific Gas Power Company (PG&E), one of the largest power energy companies in the United States, and Tesla will produce giant battery systems
with a capacity of up to 1.
1GWh for PG&E.
The project is Tesla's largest launch since 2015 and is located in California
.
Tesla will supply battery packs for the new project with a total output of 182.
5MW and a duration of up to 4 hours
.
This represents a total capacity of 730MWh, which is equivalent to more than 3,000 TeslaPowerpack2s
.
Using U.
S.
Energy Information Administration data for 2016, the average annual electricity consumption of U.
S.
home-sharing utility customers is 10,766kWh, meaning that the new project can provide about 100 homes with electricity
for a full year.
At the end of 2017, Tesla made a bet with the South Australian government, saying that the company could complete the installation of the giant battery energy storage system within 100 days and alleviate the local power outage crisis by shaving peaks.
While Tesla is best known for building electric cars, from Australia to Puerto Rico, the company is redesigning the world's power grid to make renewable energy cheaper
.
The South Australian project has been a huge commercial success, with it estimated to have saved more than $30 million in just a few months
.
Last year, Tesla built nearly half of the world's energy storage facilities
.
It is worth mentioning that the cost of battery storage throughout the industry continues to decline
.
Bloomberg expects that cost to fall further to $69.
5/KWh
by 2025.
We hope that Tesla's continued efforts will inspire more competitors to join the competition to further accelerate this process
.
