Tesla Motors is famous for their electric cars. With their
cars, you don’t have to go in gas stations and spend money on gasoline. All you
have to do is charge your Tesla car at home. And if you ever need to use it for
a long drive, then they have a “Supercharger network” that allows you to charge
your car fast, with replenishing almost half of the car’s battery for only 20
minutes. Read back the article about lr41 button cell
With this revolutionary technology in our history, Tesla is now adding
another one: a new source of renewable power.
Tesla Motors has introduced Tesla Home Battery, also known
as Powerwall, a revolutionary product that will cause a major change in the
energy market. Powerwall is a home battery that generates electricity using
solar panels, or charge using the utility grid when the rates are low. It comes
with two models: 10 kWh that has backup applications; and 7 kWh that can be
used for daily cycle. Its major features are:
It is automated, compact, simple to install and does not
require maintenance
It can power your home, even during the peak hours in the
evening
It provides a backup electricity supply during power outages
It also offers independence from the utility grid
Multiple batteries can be installed at home
Both models are guaranteed for 10 years usage
Conclusion
Powerwall works using a solar panel, an electrical inverter
and a home battery, which requires installation by a trained technician. The
solar panel will be installed in the roof of the home, where it will convert
sunlight into electricity. The home battery is where the collected electricity
from the solar panel will be stored. It also uses electricity from the utility
grid when the rates are low.
The inverter is the one responsible for converting
the electricity, both from the solar panel or the home battery, into
alternating current that will be used in your home appliances or lights. The
home battery uses rechargeable lithium-ion battery with a battery and a liquid
thermal management system. It also has a smart DC-DC converter that is
responsible for the control of power flow.
