It Happened: Tesla's Solar Cell 4 0 Unbelievable Price

It Happned: Tesla's Solar Cell 4.0: Unbelievable Price
Tesla's Solar Cell 4.0: Unb
The interaction between the lattice layers appears to lead to a much higher permittivity, in other words, the electrons are able to flow much more easily due to the excitation by the light photons. The measurements also showed that this effect is very robust. It remained nearly constant over a six-month period.

A large Tesla solar system of 11.34 kW can produce an average of 43–58 kWh per day, equivalent to 1500 kWh per week. With the ferroelectric cell, don't be surprised when we say that it can produce 1.500.000 kWh per week. The ferroelectric cell development plan is a big step forward for Tesla as well as the renewable energy market. In the future, this cell is predicted to fulfill Elon Musk's ambition to provide electricity for the entire United States.

“I am extremely confident that Solar will be at least a plurality of power and most likely a majority and I predict it will be a plurality in less than twenty years” (11:19 – 11:31)

A future with more solar energy could open the door to many different use cases. You can integrate those panels into public transport on the road, in your Model Y. Imagine buildings covered with transparent windows that generate electricity. How wonderful !
So what are the challenges for ferroelectric solar cells?
A common problem with thin films is that high temperatures shorten lifespan. For the western states, silicon crystal holds the best position so far. Tesla is working on creating a thin film that can withstand extreme temperatures. Their work promises