This panel can put out close to 100 watts czcams.com/users/postUgkxOqI2yqX0XVrhR2BMJciTWrHJpG8FhJyg when positioned in the appropriate southernly direction, tilted to the optimal angle for your latitude/date, and connected to a higher capacity device than a 500. The built in kickstand angle is a fixed at 50 degrees. Up to 20% more power can be output by selecting the actual date and latitude optimal angle.The 500 will only input 3.5A maximum at 18 volts for 63 watts. Some of the excess power from the panel can be fed into a USB battery bank, charged directly from the panel while also charging a 500. This will allow you to harvest as much as 63 + 15 = 78 watts.If this panel is used to charge a larger device, such as the power station, then its full output potential can be realized.
Improvements or changes you might want to try: 1) Use the 3M double sided tape called "VHB Tape" (very high bond). Once applied, it will last regardless of vibration or temperature. Thickness and size of rolls varies - shop carefully. 2) Using a "Silver Solder" will reduce the long term chance of failure due to corrosion. It's only marginally more expensive then typical rosin core, and melt point is only slightly higher. 3) It's been suggested to use Polycarbonate for the shield - I agree with using it for the top layer as it's more durable, however I feel your choice of using glass as a rigid frame is superior. Regardless of what is used - keeping it CLEAN will be a long term issue people need to keep up with. BTW your video is great! Nice Job!!!
The spectral properties of the glass have to be known/tested first. If not: normal glass can give a lot of loss on the yield because of damping the light/frequencies that add most to the wattage/output. I made small panels in the same way: it did not work (condensed water, internal oxidation, breaking glass due to freezing temperatures, solar units not completely identical and thus loss and "pushed up" current, damaging the weak cells, etc. The process can work for small hobby panels, not for the serious ones. And at the moment (2018) professional panels are very cheap. Anyway: a good experiment, I appreciate it!
A very good "How-To" video!!! You clarified things well enough for me to easily figure out the next steps for myself, which you still shared for those less experienced. Thanks for taking the time to make this!!!
Great video, just some thoughts, the glass should be heat tempered because they will get very hot and may crack when is use. The window glass may have an uv film that you can't see that will reduce cell performance. Many also suggest epoxy encapsulate to prevent erosion from moisture. These are 4 watt/0.5 volt, 16 cells in ideal conditions will yield 64 watts at 8 volts max, to get 12 volt charging you need 32 cells, 24 volt 64 cells. Figure out your total cost before you buy the cells. John
Thanks a lot man, I really appreciate you taking the time and putting in the effort to share your experience. I can't wait to get started on a panel, but I guess I need to decide on the specifics of what I want to build. I think I want to start with a small panel just to really get a better grip of what I'm doing. Anyways, thanks, i'm now a subscriber!
Thanks so much for your Video Bro, I never imagined that I was going to build my own homemade Solar Panels 😄With your video it was very easy for me an I quickly understud how everything works, the only differences I got 5 inches by 5 inches Solar Cells
You are very smart!! I will be checking all your vid's out as I just bought a farm aand it has no electricity and I very well my go off the grid as you would say!
I have not used the Harbor Freight etc. panels. They are lower priced than name brands it's true. Consider the horror stories from many of their users, poor performance and short working life, and weather/moisture problems are reported as common. I am sure that there are some that work and last as advertised. Many are relying on solar as an emergency backup. Cant repair items during a hurricane without power. Remember you generally get what you pay for.
Carolyn Jennings I am new to solar panels, but bought a 100W panel from Amazon for just under $200. I am looking at Charge Controllers and I'm very disappointed at everything I've looked at. I'm an EE and I'm considering designing my own feature rich highly efficient Charge Controller. Has anyone on here worked with these much?
Trace Waters hi everyone ,if anyone else trying to find out how to build a solar panel from scratch at home try "Samtawkes DIY Solar Panels" (do a google search ) ? Ive heard some super things about it and my cousin got cool results with it.
So nicely done. Your video just keeps you locked into it. Really nice style, so clear, so warm, ... the audience is right there in the action with you. Great job.
I see you like to experiment. I believe I'll be experimenting soon. Since this first video I reckon you've perfected your technique, but I haven't even began to start. This is a good video to get some ideas. My first project is building a comfortable place to think...
Awesome tutorial. Not only is this informative, but your combined use of video, slides, and images, makes this easy to understand and share with others. Great job
Silicone the acetic acid type will react with copper so never use it, use only a non acetic acid type although it takes longer to cure. You have made a good video but your sealing system will suffer condensation problems, it's best to use a uv proof clear resin to seal them in forever, try boat building supplies it's cheap in bulk. Resin is another skill set you will need to learn. It also must be made clear that gaps between cells are critical to prevent short circuits. With a series circuit the weakest cell will effect the the whole cell. You will find just shading one cell you will loose up to 50% of the power. Never just rely on voltage, current is even more important as it produces the real power of the cell. Volts X Current = Power, or V X I = Watts of Power. Good luck with your future development.
HOWdy K-C, I do NOT plan on doing this ... but It is fascinating ALL the SAME ... Thanks for your VIDEO = I have a much better understanding of MY solar Panels now ... COOP the WiSeNhEiMeR from Richmond, INDIANA ...
Hi Thank you for your video, it was really informative. On another note, I have to point out that glass is definitely not a heatsink Glass is barely heat conductive hence why it breaks so easily with thermal shock because of huge temperature gradient. A heatsink needs to have 2 caracteristics good thermal conductivity AND good heat capacity. Aluminium, copper, steel basically all metals can do that. Glass, I do not believe so
Thanks for taking the time to make this video. You did an excellent job of explaining everything. I understand that you are not a professional, and that this is a beneficial hobby, but you ARE a wonderful teacher and motivator. I previously assumed that anything electrical, solar, wiring and involving welding or soldering was WAY over my head. Thanks to your detailed instructions, I'm inspired to give it a try. Being empowered is liberating. Bless You!
thanks for an elaborate video. In your next videos, it would be interesting to watch how you actually make use of the power they generate, i.e., how you condition the current and voltage for your appliances.
This panel can put out close to 100 watts czcams.com/users/postUgkxOqI2yqX0XVrhR2BMJciTWrHJpG8FhJyg when positioned in the appropriate southernly direction, tilted to the optimal angle for your latitude/date, and connected to a higher capacity device than a 500. The built in kickstand angle is a fixed at 50 degrees. Up to 20% more power can be output by selecting the actual date and latitude optimal angle.The 500 will only input 3.5A maximum at 18 volts for 63 watts. Some of the excess power from the panel can be fed into a USB battery bank, charged directly from the panel while also charging a 500. This will allow you to harvest as much as 63 + 15 = 78 watts.If this panel is used to charge a larger device, such as the power station, then its full output potential can be realized.
Great to see that Avasva has new instructions to save my money and energy to build it.
I just wanted to thank u for Ur tutorial I never thought it would b easy but u have shown me it's possible.
Not only a GREAT tutorial but NO Commercials !! THANK YOU !! It is VERY annoying to watch ANY video that is interrupted with some dam sales pitch !!
Improvements or changes you might want to try:
1) Use the 3M double sided tape called "VHB Tape" (very high bond). Once applied, it will last regardless of vibration or temperature. Thickness and size of rolls varies - shop carefully.
2) Using a "Silver Solder" will reduce the long term chance of failure due to corrosion. It's only marginally more expensive then typical rosin core, and melt point is only slightly higher.
3) It's been suggested to use Polycarbonate for the shield - I agree with using it for the top layer as it's more durable, however I feel your choice of using glass as a rigid frame is superior. Regardless of what is used - keeping it CLEAN will be a long term issue people need to keep up with. BTW your video is great! Nice Job!!!
Thank you for been patient and explaining so well all about making your own solar panel, God bless you !
Very nice video...! complete steps for building your own Solar Panel ....!
Hi
You're killin' me with the notes ...
Awesome video. I am happy people are becoming more aware of the need for self reliance.
Im on the process of building solar panel,, and this is very helpful for us who is new in this field thanks a lot sir!!!!
Thank you. I enjoyed watching.
interesting i've been reading about solar cells for months now and this is the first time i've actually seen one up close
Nice vidio
Great video. Lots of good information. Thanks for making this and keep the videos coming.
I'm very glad there's guy's like you..nice job.. easy to follow you...
I'm only 2:50 in to this video and it is by far the best one! Great job!
The spectral properties of the glass have to be known/tested first. If not: normal glass can give a lot of loss on the yield because of damping the light/frequencies that add most to the wattage/output. I made small panels in the same way: it did not work (condensed water, internal oxidation, breaking glass due to freezing temperatures, solar units not completely identical and thus loss and "pushed up" current, damaging the weak cells, etc. The process can work for small hobby panels, not for the serious ones. And at the moment (2018) professional panels are very cheap. Anyway: a good experiment, I appreciate it!
Excellent video, very inspiring. Thank you for taking the time to make it, I'm feeling all hyped!
Thanks for sharing the video.
Great video. Thanks for sharing.
That was the best video I have seen so far .. thank you!
This is a nice video. You sacrifice you knowledge to others. Thanks.
?? Sacrifice ??
Fantastic video, You are a great teacher. Thanks!
Thank you very much for a wonderful video with good information
Thanks Kurt
very nice video
Very good tutorial for a novice like me. I truly appreciate it! Thanks, Kurt.
You're a great teacher!
got my interest.. can't wait to start this project.. thanks for the video..
A very good "How-To" video!!! You clarified things well enough for me to easily figure out the next steps for myself, which you still shared for those less experienced. Thanks for taking the time to make this!!!
Good job , makes sense and looks fairly easy
Nice job, I was enjoying watching it.
Great video,
just some thoughts, the glass should be heat tempered because they will get very hot and may crack when is use. The window glass may have an uv film that you can't see that will reduce cell performance. Many also suggest epoxy encapsulate to prevent erosion from moisture.
These are 4 watt/0.5 volt, 16 cells in ideal conditions will yield 64 watts at 8 volts max, to get 12 volt charging you need 32 cells, 24 volt 64 cells.
Figure out your total cost before you buy the cells.
John
Thank you so much for this video. Now I learned the basics stuffs about the solar panel.
love love love this video
Very good tutorial , Thank you.
why doesnt this video have more views............so informative for someone like me seeing this for the first time
Very well explained. Thank you.
thank you for the sharing. i appreciate the effort you gave. i'll see your next video. God bless.
Enjoyable vid, love your maverick approach to it.
great tutorial. thank you for all the info and the different angles you showed us.
You are good , keep the good work up . I learned something good from you today. Thanks
Awesome! Thanks a lot dude!
Thanks for taking your time to explain the process.
Great work!
This is really cool thanks for posting it.
Thank you for sharing. This is the best video I have seen yet.
Great tutorial! I've built many panels and this video will assist a newb or someone with exp... thanx! You taught my girl and I didn't have to..lol
Nice job, as an amateur I needed a thorough explanation. Thanks again.
Thanks for taking the time to do this. It was very informative!
Very easy to follow and well-explained! Thanks
An honest and educational video.
Thanks a lot man, I really appreciate you taking the time and putting in the effort to share your experience. I can't wait to get started on a panel, but I guess I need to decide on the specifics of what I want to build. I think I want to start with a small panel just to really get a better grip of what I'm doing. Anyways, thanks, i'm now a subscriber!
THank you for teaching US Thumbs Up
Thanks so much for your Video Bro, I never imagined that I was going to build my own homemade Solar Panels 😄With your video it was very easy for me an I quickly understud how everything works, the only differences I got 5 inches by 5 inches Solar Cells
You are very smart!! I will be checking all your vid's out as I just bought a farm aand it has no electricity and I very well my go off the grid as you would say!
Great video. Thanks.
gr8t work keep it up. i have learnt a lot from this and am thinking of building my panel now. thank you
Nc video bro very detailed
Great video. I'll look at your others now. keep them coming !
i really enjoyed that. thank you
Thanks great work
very nice technology
Amazon sells these panels at $7.99 each. $7.99x16=$127.84. Harbor Freight sells a 45 watt/12v panel kit for $189.00 (already assembled).
I have not used the Harbor Freight etc. panels. They are lower priced than name brands it's true. Consider the horror stories from many of their users, poor performance and short working life, and weather/moisture problems are reported as common. I am sure that there are some that work and last as advertised. Many are relying on solar as an emergency backup. Cant repair items during a hurricane without power. Remember you generally get what you pay for.
Carolyn Jennings I am new to solar panels, but bought a 100W panel from Amazon for just under $200. I am looking at Charge Controllers and I'm very disappointed at everything I've looked at. I'm an EE and I'm considering designing my own feature rich highly efficient Charge Controller. Has anyone on here worked with these much?
David Quinn check out Julian Illets channel. I think he has some builds and comparisons, but I don't think he builds them anymore.
Trace Waters hi everyone ,if anyone else trying to find out how to build a solar panel from scratch at home try "Samtawkes DIY Solar Panels" (do a google search ) ? Ive heard some super things about it and my cousin got cool results with it.
*=========>>>* *home-renewable-energy.blogspot.com*
Trace Waters
Great video!
Fantastic video!!!
Thank you for sharing
Shower door glass works real good.It is hard to break and has the best temper ..I did my first build with it. cant wait to use is.
Nice job!
Thanks a lot and this helps to save a lot of money
awesome job!
Good work.. thank you sharing....
So nicely done. Your video just keeps you locked into it. Really nice style, so clear, so warm, ... the audience is right there in the action with you. Great job.
U R the best man .... its the best video i ever seen about solar cell ...thx bro
solar no
Good video, thanks
Hi Kurts.. Thanks a lot.. It is a very interesting and encouraging video...clear concise and informative.. Thanks again..
Awesome!
thank u v mch for a v informative video
you explain all very clearly,nice work congratulations.
Great job buddy
I see you like to experiment. I believe I'll be experimenting soon. Since this first video I reckon you've perfected your technique, but I haven't even began to start. This is a good video to get some ideas. My first project is building a comfortable place to think...
Awesome! thx
supperb sir great tutorial u have made
Thats cool stuff man good job
Nice man.
nice tutorial thx
Awesome tutorial. Not only is this informative, but your combined use of video, slides, and images, makes this easy to understand and share with others. Great job
Nice job thx man
Cool stuff man, great tutorial!
Silicone the acetic acid type will react with copper so never use it, use only a non acetic acid type although it takes longer to cure.
You have made a good video but your sealing system will suffer condensation problems, it's best to use a uv proof clear resin to seal them in forever, try boat building supplies it's cheap in bulk. Resin is another skill set you will need to learn.
It also must be made clear that gaps between cells are critical to prevent short circuits.
With a series circuit the weakest cell will effect the the whole cell. You will find just shading one cell you will loose up to 50% of the power.
Never just rely on voltage, current is even more important as it produces the real power of the cell. Volts X Current = Power, or V X I = Watts of Power.
Good luck with your future development.
Subscribed! Thanks
HOWdy K-C,
I do NOT plan on doing this ...
but
It is fascinating ALL the SAME ...
Thanks for your VIDEO = I have a much better understanding of MY solar Panels now ...
COOP
the WiSeNhEiMeR from Richmond, INDIANA
...
Really good job well done
very informative and enjoyable watch, I'm getting more interested in solar and this looks like an interesting project.
Brilliant.
Brother you are greate
Remember that it is far cheaper to buy ready made panels and they come with a warranty. Nothing beats the thrill of making your own stuff though.
Pretty Good
Hi Thank you for your video, it was really informative. On another note, I have to point out that glass is definitely not a heatsink Glass is barely heat conductive hence why it breaks so easily with thermal shock because of huge temperature gradient. A heatsink needs to have 2 caracteristics good thermal conductivity AND good heat capacity. Aluminium, copper, steel basically all metals can do that. Glass, I do not believe so
Thanks for taking the time to make this video. You did an excellent job of explaining everything. I understand that you are not a professional, and that this is a beneficial hobby, but you ARE a wonderful teacher and motivator. I previously assumed that anything electrical, solar, wiring and involving welding or soldering was WAY over my head. Thanks to your detailed instructions, I'm inspired to give it a try. Being empowered is liberating. Bless You!
thanks for an elaborate video. In your next videos, it would be interesting to watch how you actually make use of the power they generate, i.e., how you condition the current and voltage for your appliances.
You ar fantastic, you should be a teacher. I really the way you take ur time to explain, good job guy