100 Panels in series???

[Saps]

That is if he makes up only one ten "panel" panel. With 100 panels to work with he could potentially get up to 100W of panel power, but at a high labor and complexity cost. And end up with a very short lived system. Unlike panels for RE the panels found in garden lights do not hold up very well to sunlight and weather.

So it would be a bust at the end of the day, if it wont work then I'll just chuck these panels in a seal bag n into the parts bin, thanks for the help everyone it was all much appreciated.

[inetdog]

What you have is a 10 watt panel ....

That is if he makes up only one ten "panel" panel. With 100 panels to work with he could potentially get up to 100W of panel power, but at a high labor and complexity cost. And end up with a very short lived system. Unlike panels for RE the panels found in garden lights do not hold up very well to sunlight and weather.

[Sunking]

iPhone 5s flashlight yes. But I would probably look to have 2 lots of 5or 6 ultra bright leds? Is that possiable?

What you have is a 10 watt panel and would take 2 to 4 days to charge up a cell phone depending on location and the size of the cell phone batteries.

So you ask is that enough to light up a room? What do you think?

[Saps]

Can you light up your room with your cell phone?

iPhone 5s flashlight yes. But I would probably look to have 2 lots of 5or 6 ultra bright leds? Is that possiable?

[Sunking]

So for instance for my bedroom lighting would be a suitable application for these panels?

Can you light up your room with your cell phone?

[Saps]

The end result of your efforts will be some 12V panels that can only produce around .8 amps. That will be enough to charge an 8 amp hour 12V battery. Not particularly useful except for cell phone charging and small lighting uses (bigger than individual garden lights though!)
Or you can build a panel the combines several parallel strings of your small panels to get more current.
Remember that a "12V" battery panel will have an open circuit voltage in the neighborhood of 20V.

So for instance for my bedroom lighting would be a suitable application for these panels? If so that's still a great use for them than the rubbish dump...

Could you provide me with a little more information to a charge controller( or if I even need one I read some where with low voltages you don't need one but I'm not sure if that counts here), the battery's I could use and how many of these panels I'd need to complete a "12v panel", and how do I wire the panels (+ to +) (- to -) or (+ to - ) then use the first or last panel to wired to the charge controller?

Thanks again this help is very much appreciated.

I may have a solar setup in each room for the lighting.

[inetdog]

You've got the idea mate.

Basically in non direct sunlight these solar panels put out 1.4v and 0.83 amps (tested with a Multi-meter), with should make them a 1.1782 watt solar panel.

I've now changed my mind I no longer want to hook 100 of them up together, I only want to recreate a couple of 12v panels in a "array", to then go through a charge controller ( which I don't own yet which is another reason why I'm here but that's a later post lol), and into my battery bank (again I don't own yet).

I just want to know if it can be done or I will just chuck these panels in the bin lol, I like to salvage and make projects.

Thanks everyone but I may be confusing....

The end result of your efforts will be some 12V panels that can only produce around .8 amps. That will be enough to charge an 8 amp hour 12V battery. Not particularly useful except for cell phone charging and small lighting uses (bigger than individual garden lights though!)
Or you can build a panel the combines several parallel strings of your small panels to get more current.
Remember that a "12V" battery panel will have an open circuit voltage in the neighborhood of 20V.

[Saps]

I think the OP has 100 of those small wattage solar garden light cells that he wants to wire together to get a single "array" to charge a battery bank. The "final or first" panel might be considered the "Lead" one but again I am guessing.

Not sure of the charge controller but depending on what that is (and the battery bank) he might have issues due to the low output of those 100 devices.

You've got the idea mate.

Basically in non direct sunlight these solar panels put out 1.4v and 0.83 amps (tested with a Multi-meter), with should make them a 1.1782 watt solar panel.

I've now changed my mind I no longer want to hook 100 of them up together, I only want to recreate a couple of 12v panels in a "array", to then go through a charge controller ( which I don't own yet which is another reason why I'm here but that's a later post lol), and into my battery bank (again I don't own yet).

I just want to know if it can be done or I will just chuck these panels in the bin lol, I like to salvage and make projects.

Thanks everyone but I may be confusing....

[Sunking]

Sadly, I'm afraid we have a failure to communicate.

Perhaps someone else will try.

Never mind.

[SunEagle]

Sadly, I'm afraid we have a failure to communicate.

Perhaps someone else will try.

I think the OP has 100 of those small wattage solar garden light cells that he wants to wire together to get a single "array" to charge a battery bank. The "final or first" panel might be considered the "Lead" one but again I am guessing.

Not sure of the charge controller but depending on what that is (and the battery bank) he might have issues due to the low output of those 100 devices.

[Mike90250]

Sadly, I'm afraid we have a failure to communicate.

Perhaps someone else will try.

[SunEagle]

When I say grid in the way I said it because I have 100 panels they would have to be in a grid fashion look I'm asking for a fairly basic answer and all I'm getting is criticism....


And you will find the panels I'm talking about in garden solar lights so before you tell me there is no such thing and explain why there isn't RESEARCH.

It is hard to answer questions when they do not make sense. They were not criticizing you they just need you to understand you are using your electrical terms incorrectly.

I am not even sure was a 1.4 volt panel is. Maybe you mean 1.4 watt.

[Saps]

When I say grid in the way I said it because I have 100 panels they would have to be in a grid fashion look I'm asking for a fairly basic answer and all I'm getting is criticism....


And you will find the panels I'm talking about in garden solar lights so before you tell me there is no such thing and explain why there isn't RESEARCH.

[Mike90250]

Anyone else here to answer if that would be the correct way to to wire them??

+to+
-to-
Then running two leads (positive and negative) from a solar panel in the grid (probably a corner one), then into a charge controller, then into a battery bank (wired +to+, -to-)

Thanks.

When you get your terminology down, then we can begin to communicate.

there is no lead solar panel.

+ to + & - to - is Parallel wiring

+ to - to + to - is Serial wiring

I have 100x 1.4 volt solar panels if I hooked them up in series

i don't know of any source for 1.4v solar panels. Bare wafers are .45V
It takes many wafers in series (about 20 volts worth) to make a "panel" that can charge a 12V battery via a Charge Controller

More than 2 panels in Parallel, requires fuses or circuit breakers at each panel, to prevent a faulty panel from being burned by the rest of the good panels.

The Grid is the commercial power service coming into the meter panel at your house. It's not used to describe a PV array or a battery array.

[Saps]

Anyone else here to answer if that would be the correct way to to wire them??

+to+
-to-
Then running two leads (positive and negative) from a solar panel in the grid (probably a corner one), then into a charge controller, then into a battery bank (wired +to+, -to-)

Thanks.