the solar sector is in a competitive battle to expand quickly Elon Musk recently unveiled an
amazing power cell that has never been seen before this groundbreaking technology has
lower costs and offers an infinite supply of energy as you may already be aware the black
and copper solar panel that can be found on residential rooftops and solar Farms that were
created and produced in America in 1950 is the conventional silicone photovoltaic solar cell
but Tesla just launched a new solar power cell that will blow your mind what exactly
is it made of let's find out hello everyone welcome back to Elon Musk Evolution where we
bring you the most recent news about Elon Musk and his multi-billion dollar companies space
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today crystalline silicone makes about 90 percent of all solar panels produced worldwide and the
market is expanding at a rate of roughly 30 percent annually as mentioned Tesla made a
groundbreaking discovery about a material that is less expensive lighter and easier to manufacture
it's a cheap solution that produces powerful cells ferroelectric crystals are solar cells that are so
thin that they may power an entire house the cost of crucial components primarily polysilicone for
solar panels has reached an all-time high due to excessive demand and Manufacturing delays the most
costly grade of polysilicone now costs 40.62 cents per kilogram Which is higher than the previous
high of 40.34 cents from the previous year the silicone metal is purified to 99.99 Purity before
being used to manufacture polysilicone to keep the silicone from crystallizing where the silicone
rods are developing at the center of the reactor the reactor walls must be kept cold Tesla had to
look for a silicone substitute since maintaining that temperature differential required a lot of
energy due to a novel invention involving the arrangement of thin layers of the materials
the energy output of ferroelectric crystals in solar cells can be enhanced by a factor of one
thousand ferroelectric crystals are distinct from traditional silicone cells in that the PV
effect can be produced without a PN Junction in a nutshell there is no need to add layers
of cells that are positively and negatively doped the alteration according to the researchers might
make it simpler to construct solar panels This revolutionary cell can be made without the need
to mine the Earth for raw materials researchers employ ferroelectrics like barium titanate a mixed
oxide consisting of barium and titanium since it is any material with a crystalline structure costs
are greatly decreased as a result Tesla does not need to spend a lot of money on highly skilled
labor or sophisticated equipment to support production as a result it's projected that
these panels would cost up to 10 times less per watt than contemporary commercial silicone solar
panels before the federal solar tax credit you may anticipate Tesla solar panels to cost roughly 2.21
cents per watt however the price per watt of this Ferro electric panel is merely 22 cents
up until recently silicone solar panels costs were a constant concern although this new Tesla
invention is an excellent option for individuals who cannot afford to buy them one has to wonder
how much energy it can genuinely produce given the low price the US added 3.9 gigawatts of solar
PV capacity in the first quarter of 2022 bringing its total installed capacity to 126.1 gigawatts of
direct current enough to power 22 million homes in the country in the U.S new electricity generating
capacity increased by 50 percent in the first quarter with solar accounting for half of that
increase Tesla's new cell according to Elon Musk is a game changer since it produces more energy
than ever the researchers built crystalline layers of barium titanate strontium titanate
and calcium titanate to accomplish this boost in electrical energy generation which they use to
separate the positive and negative charges in a single solar device by stacking them alternately
on top of one another the effectiveness of solar panels could be significantly increased by this
configuration a Ferro electric Crystal regardless of how pure barium titanates does not absorb much
sunlight and as a result produces a relatively low photo current by experimenting with several
material combinations the researchers found that mixing very thin layers of various materials
considerably boosts the solar energy yield this was accomplished by using a high intensity laser
to vaporize the crystals and then redeposit them on Carrier substrates this resulted in a material
that has 500 layers and is 200 nanometers thick the new photoelectric material exposed
to laser light had a current flow that was one thousand times greater than that of pure barium
titanate and even more effective even after cutting the base elements amount in mixture
by roughly two-thirds a significantly increased permittivity appears to be the result of the
interaction between the lattice layers in other words the stimulation By the Light protons makes
it possible for the electrons to move much more readily the measurements also revealed how strong
this influence is over a six-month period it was essentially steady an enormous 11.34 kilowatt
Tesla solar array with a daily output range of 43 to 58 kilowatt hours 1500 kilowatt hours per week
using the ferroelectric cell is the equivalent you shouldn't be shocked to learn that it can
generate 1.5 million kilowatt hours every week the development strategy for ferroelectric cells
is a significant step forward for Tesla and the renewable energy industry in the future
it is anticipated that this cell will enable Elon Musk to realize his goal of supplying the entire
country of the U.S with electricity more solar energy in the future could lead to a variety of
new applications you can include those panels into Mobile public transportation such as in your model
y likewise imagine structures coded in translucent windows that produce power how exciting but what
then are the difficulties with ferroelectric solar cells the short lifespan of thin Coatings caused
by high temperatures is a prevalent issue the silicone Crystal now retains the top spot for
the western states Tesla is developing a thin film that is resistant to high temperatures their work
holds the prospect of being a part of an upcoming revolution in feral electric materials which may
find use in computer memory capacitors and other electric devices a silicone solar panel has a
25-year lifespan on the other hand because this Ferro electric cell is so new it needs time to
be researched in the laboratory with 56 million dollars in additional financing U.S President
Biden has started a number of programs to promote local solar PV manufacturing we wonder what kinds
of products solar technology will be producing in 10 to 20 years because it is developing so quickly
flexible solar is a fascinating alternative if you're thinking about investing in solar
panels but don't want to take off your dome roof do the conventional rectangular glass
panels have any chance of being replaced by something else with a wide range of substitute
materials falling under the broad category of thin films solar Technology's future goes well
beyond silicone copper indium gallium selenium or cigs is one of the most developed thin film
solar cell materials while the others being indium gallium selenium and cigs
great efficiencies were attained that were comparable to those of crystalline silicone
although Sig's solar devices have been produced commercially recently they have suffered setbacks
researchers continue to be very interested in this technology especially because of
its potential for inflexible or multifunctional devices recently booze RV unveiled a new copper
indium gallium selenite thin film solar panel which is receiving positive reviews from both
users and Industry analysts this solar panel's novel material can be used in addition to current
solar panels additionally this is the business's first attempt a thin sheet photovoltaic technology
the novel flexible solar cell receives sunlight and produces power from it it was made using sigs
and the absorbers cadmium sulfide produces power by absorbing photons from the incoming sunlight
which leads to the generation of electrons that move from the absorber layer's Junctions
negative to positive side these thin film solar cells are easier to install more flexible stable
and long lasting than silicone-based solar cells furthermore conventional solar panels will lose
efficiency when it's cloudy as you probably already know for Tesla's solar panels as well
as other solar panels This one might be one of the biggest setbacks however because of wire intensive
copper indium gallium and selenide Technology the flexible solar panel used by bouge RV is more
stable it is claimed to be able to produce three times as much electricity as a typical solar panel
in low sunlight conditions 400 watts of power can be generated in the Shadow using a flexible 200
watt 12 volt solar panel unprecedented efficiency is delivered by its modules and this solar panel
cells are linked together using both series and parallel connections this means that even if
the light from one cell is blocked by a patch of shade the other cells will still be able
to generate energy in summary you might select thin film solar panels to provide your off-grid
photovoltaic system more stability for contrast a 200 watt Tesla solar panel producing 200 watts per
hour actually generates between 70 and 80 percent of the power it is rated to this indicates that on
a bright sunny day a 200 watt 12 volt solar panel would generate about 160 Watts however on a cloudy
day your Tesla solar panel will only produce around 130 watts of power which is not enough to
power a Full House the solar panels in Texas that produce that power don't endure for the lifespan
of a Texas solar panel is approximately 25 to 30 years but fortunately it is constantly increasing
as solar technology advances throughout the world according to booze RV flexible solar panels have
a 30-year lifespan under continuous usage and a 250 year lifespan when not in use but Tesla offers
another product that will complement solar panels and that is powerwall what is Tesla powerwall
an energy storage system or an extremely enormous battery in everyday terms is what the Tesla power
wall is when you don't use all the energy your solar system produces during the day it is fed
back into the grid once a battery storage device like a powerwall is installed the
battery system will catch the energy and store it rather than sending it back into the grid
the battery system will then turn on when the amount of energy consumed by the house exceeds
the amount of energy produced by the solar system which is typically at night you can therefore
use the clean renewable energy you produced throughout the day rather than relying on the grid
because solar energy adoption is so high and people appreciate improving their home autonomy
and reducing their Reliance on the grid Tesla powerwall has become increasingly popular over
time the fact that the Tesla powerwall is an AC linked battery is another fantastic feature
it may therefore be quickly retrofitted to any current solar system even a home without solar
energy can have it installed with that being said what do you think of these new Tesla solar
panels and what about Tesla powerwalls let us know your thoughts in the comment box below
and that ends today's episode what do you think of this episode please subscribe and
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