Excellent intro to the topic of printing solar panels.

very interesting but until prices come down ill stick to purchasing panels

You are great.... Bro 👍

very informative TY for sharing

Ty never thought of this. Your ideas and content are what I have been needing.

GOOD WORK SIR, THANKS

very interesting thank you

Really good video

Fantastic video as usual, thank you! So where would one buy the best value printed cells, preferably nano I imagine?

#awesome

Thanks for the video. Do you know how I could get a specific shape printed? I need triangular panels, not square. Thanks

actually helpful

can u make a video on how to print ..

👍

#schönen#episode episode Full#vielen dank#So Qualität

Hi, I am interested in this technology, and I want to setup 1000 sq metres of these solar ink panel so please give me some information regarding imports of these panels in large quantity...

I'm not finding those homemade ink videos on KZfaq, anybody got a link?

I want to do this

I have a paper printed that uses ink what Kind of ink I can use, can I use it for printing solar cells?

So I guess you have priced materials based on sizes which can be purchased not on amount needed per cell, if this is correct how much of each is used in the cell and what is the full cost per cell.

print a fresnel lens material for protective layer.... more volts!!!!

What would be the efficiency

I want to buy thats . How to buy and how much.

Interesting technology but way too expensive for the average DIY person. I question how long an ink based photo cell will last.

Why cant somebody print on sails, the efficiency is not of importance. Even with 11% efficiency when many sails are big as over 50m2.

Can you explain the cost of printer ,ink, and material ?

Your information about efficiency of the PVs is outdated. Organic PV, based on nonfulleren have 16%-17% pce. Perovskites already have more 25%. Hovever perovskites have poor stability. But this problem will be solved soon.

The cons of printed solar cells is that of there bleak levels of efficiency scoring at just 3%. Compare that with the average mono crystalline solar cells for the same kwh which is usually between 17-22%! Sadly there exterior longevity cycle isn't great neither, only 2-3yrs in that respect, compare that to their mono crystalline counterparts which lasts for upto 30yrs usually! Okay so admittedly there's still plenty of room for improvement in certain areas but do cover a more broad range of applications. But unmistakably they sure as hell do have alot of potential covering numerous applications such as solar roads, ev charging points and solar street lighting etc! With that being said, Professor Paul Dastoor and his team at the University of Newcastle really do have a 'Tiger by the Tail' here as the level of applications are truly endless even though these may still be very early days. Who knows what level of R&D (research and development) reveals!!

Why don't they use transparent aluminium instead of mesh (alon) seen as copper and aluminium share properties

Where is the super glue mathod ?

At last Total is you cannot purchase and make it cheaply

Isn’t graphine just carbon

#subskrube

Thank you for sharing this video. 😀 I'm reaching out to the community for advice and assistance. I'm currently working on a project to cover my entire car with solar panels. If anyone has recommendations or can provide links to where I can purchase and test these products directly on the car, I would greatly appreciate it. Thank you in advance for your help!🥵 kzfaq.info/get/bejne/f72Pa5iq2JfMlZc.html

10% is proximate to 22%? Not liking his math.