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Tesla has reduced the target size of the planned solar panel at Gigafactory Nevada, but the automaker says it will continue to grow to become the largest in the world.
In 2017, Tesla announced plans for a giant 70 MW rooftop grid at Gigafactory Nevada, which would be by far the largest in the world.
The project has dragged on for a long time.
Tesla finally started building the solar panel in 2018 and expanded it over the next few years, but it never reached the size Tesla was talking about.
Today, with the publication of its 2020 Impact Report, Tesla provided an update on the project and confirmed that it has now deployed 3.2 MW on the roof of the plant.
In addition, Tesla is no longer talking about 70 MW.
The automaker is now announcing that the Tesla Gigafactory Nevada’s solar panel will grow to 24 MW by the end of 2022:
“The Gigafactory Nevada was designed to be covered with solar panels. to date, we have installed solar panels with a capacity of 3,200 kW. This installation will reach around 24,000 kW – the entire roof of the current building structure – by the end of next year. This will make it the largest rooftop solar installation in the United States. “
Tesla still maintains that it will be the largest rooftop solar installation in the United States.
To be fair, there are solar farms much larger than 24MW, but Tesla is specifically talking about rooftop solar panels and not ground installations.
The automaker says it is also installing more solar capacity at its Fremont plant, its Lathrop plant and its New York Gigafactory.
Taking Electek
3.2 MW is a little disappointing four years after the start of a supposedly 70 MW project, but Gigafactory Nevada as a whole has been disappointing in some ways.
The factory has produced a lot of battery cells, packs and transmissions for Tesla, but the giant structure is stuck at around 30% completion in the past three years.
There is no indication that Tesla will follow through on its plans to complete the giant building in the near future.
We expected Tesla to continue construction to house its own production of battery cells in the factory or to expand Panasonic’s cell production capacity.
If Tesla ever completes the building, it may be able to return to its original goal of a giant 70 MW solar panel.
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