This panel can put out close to 100 watts th-cam.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.
i bought 3 of these kits recently. i did rather extensive testing. i found one panel put out about 6% less than the other two. these panels are floppy and hard to lean against stuff, like we saw in this video. again, like all panels the slightest bit of shade will dramaticaly affect your current output, even the cable laying across the panel is a problem, there is a hole you can pass the cable through the back for this purpose. i built an adjustable stand for one 300 kit. i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts. i think the amps is too high for the little wires they included. if they would have wired it for series of say 84ocv and 66v x 4.5a =297 watts, they could have included a cheap mppt controller and let us use much longer wires, so the controller and battery could be inside house/garage/vehicle/rv and the panel could be out in the sun it would have made this a much better system. 17 amps is a problem, unless you buy 10 awg uv rated wires, which would add to the total cost. anyways due to them not being 300 watts i returned 2 of the 3 kits, plus all three kits i bought were supposed to be new and they were all used, apparently a lot of people return these kits. they are kinda useful despite every thing i have said. these would be good for emergencies, camping, also you can buy several and use all the charge controllers connected to the same battery/bank. as long as your battery/bank can handle that much current
Your post is 1 year old. Do those panels degrade from the UV rays over time? I heard stories of flexible solar panels losing half their power in as little as 1 year.
Nice. I just got the 160W panels for emergencies or to just quickly set up while camping or something. The included connectors are also useful for connecting other stuff I have, so that saved me on making other purchases I was planning to make.
i bought the 200 watt version of this a couple months ago for camping and as a off grid battery charger. It has 2 less rows of cells than this 300 watt The 200 watt version puts out 8-11 amps in good sun. the controller is a cheap PWM similar to many $10 eBay controllers but it works and does not need to be hooked to a battery to charge a phone via USB. As some of the other reviews out there have said the stitching isn't the best and the pocket that stores the controller and wires has already needed repair and it likes to fold up in the wind and some of the eyes to hold it have torn off from trying to secure with bungie cords in the wind. I paid $230 usd for it and it does the job as well as I expected and I am satisfied with it for the price.
As 3dmixer says, the controller isn't a PWM, its just and on/off switch based on voltage. Replace it with a good MPPT like Victron and the panel will produce full power, well mine does though its the 110w version.
@@AndroidFerret 500ma is tiny, are you sure? and what are you hoping to achieve connecting 300w of solar to it? At 12v that's a lot of power so lets start thinking multiple car battery sized set ups.
@@AndroidFerret A smart phone will use sod all power, an electric cooking ring or induction hob could be several Kw. Get it wrong and you could be in serious trouble. You need a professional electrician.
Hi, i know this vid is many years old, the reason it's not charging is because you put your battery into series. so now you have a 24volt battery. Your solar only output around 18volts (21v based on your video). In order to for this to work, you should put your battery in parallel then it can take the power from your solar. you can get another solar panel and connect it in series so this time you can get 36 volts of solar power. but you'll need a much higher cap solar charge controller or better yet an mppt
I've had mine for a year. Most I get is 180 watts with an MTTP controller. Never expected 300 watts but more than 180. Also, most of the D-rings have ripped off making hanging it impossible.
the dude in the video was doing better than that with pwm. you sure your mppt is set up right? sure you got the 300 watt version? they 200 watt is common
i tested my mppt finally this week. its less efficient than my pwm. i think mppt expects about 5 volts more at least than what we charge at with a 21.5 ocv panel can produce. my pwm beats by mppt by about 6%in watt hours collected everyday in exact same sun and panels
i did more testing: i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside. i connected it to mppt and only saw it increase to 225 watts. for those not familiar with solar, some companies lie about the output some dont. i bought 4 "rich solar" 100 watt glass panels, wired in series over 60 foot of 16 awg wire and got a max of 398 watts out of 400 possible. just saying there are companies that dont lie, oh and those rich solar panels are $80 a piece connected to a $100 mppt controller and confirmed power through a inline watt meter, amp clamp, and hall affect sensor. 80 x 4 = 320 for panels plus $100 for controller and maybe another $40 for those long cables =$460 total. plus i built a stand for those as well.
Max out put can be computed from panel size. What does each panel measure in size length and width? 1000 watts per SQ meter max from sun x efficiency of panel which should be .1 (old) to .21 (new deep black panels) x area of each panel = highest wattage you can expect.
I have been tempted to buy it, but my experience with the 200 watts was very disappointing. I believe Dokio has made some improvements. How is it hold up after these years?
$410/300watts = $1.37 per watt...but you only got 180watts so you paid $2.28 per watt. Solar watts can be had for 75 cents per watt now. I'm afraid you did not do so well.
you are correct, which is why i returned 2 of the 3 300 watt kits i bought. i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts. my four $80 a peice rich solar glass poly panels produced 398 watts in series on 60 foot of 16 awg wire
Who has solar watts at 75 cents per watt? All claims of below $1 a watt for new panels I have seen on Amazon turn out to be fake/impossible if you calculate the size of the panel given in descriptions claimed efficiency x 1000 watts per meter which is max power available from the sun anywhere anytime.
data provided on the controller is good but the biggest problem I had with the units is the squishy feel of the buttons. They don't seem to make positive contact when you push them and you end up pushing multiple times and that seems to confuse the unit and you miss the data you were looking for. So far a good solar setup but the buttons are poor quality.
@@3dmixer552 i suspect mppt wouldnt function any better than this pwm on this 21.5 ocv panel. i have been testing my mppt controller and my pwm using two of the exact same 100 watt panels and batteries and found that the pwm is getting about 5-6% more watt hours everyday than my mppt this week
I'm sorry, but this doesn't show anything about efficiency, etc. Any updates? Do you have real measurements of what the panel is capable to provide? Thanks
i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
Any chance you have an extra panel you've reviewed that's 100 watt with a mp4 adapter for the 300 watt Golabs. I'll pay you for it. Was looking for a fold up. Just looking for something to continue my experiments with my grandchildren with solar until I can afford the panel I actually really want. If this is inappropriate, I apologize.
Hi. I just received my Dokio 300W panel and standard charge controller that came with. I seem to be only getting 1.2 Amps going into the system (even at full sunshine) All connections seem to be good. My battery is at 75% with no load on it.... Any thoughts on why amps are so low going into system? How many amps do you get from the 300W?
300W at 12V is 25 amps. Try putting a 300W load with a battery and check how much the panels contribution is. According to comments here, expect no more than 225W.
Make sure you connect the battery to the controller first then panels. Also is battery charged enough to register on controller? What is battery type and voltage when disconnected? What are you seeing in Amps now?
i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
He has a wire running over the panel blocking the sun, that can cause a LARGE reduction of power. BAD TEST! But then again, you have NO idea of the sun angle.
pwm vs mppt. i stand corrected. i finally got my mppt controller out, its actually less efficient than my pwm on such low volts by about 6% lol. i guess mppt expect more volte that what these 21.5 ocv panels can provide
i did more testing: i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
is it solar panel to controler then controler to battery Can solar panel directly connected battery? Connecting the solar panels directly to a bank of batteries may work, but is not a good idea. A standard 12 volt solar panel which can be used to recharge a battery, could actually be putting out nearly 20 volts at full sun, much more voltage than the battery needs.
Without a diode you will burn the panel. In a non cloudy day you will burn the battery (21V). It' a bad idea to connect the panel directly to the battery.
it comes with the controller. you should not charge a 12 volt battery at 21 volts, you charge a battery with regulated voltage and variable amperage. i charge my batts at 14.4 volts and what ever amps i can get within reason. i have seen a video where a guy connected his panel to a voltage step up device that took the 35 volts 10 amps 350watts and converted it to 120 volts about 2-3 amps and ran some power tools. it was more of a proof of concept. also the converter robbed him of about 10% of his watts to do the conversion and when a cloud passed by the sun the watts dropped considerably. i think everyone should view the battery as a bucket of water and the solar panel and charge controller as a steady drip or stream of water into the bucket, then you can bank the energy all day and hopefully have some to use at night.
I have not tried mine in the rain, I pull it out and use it when I need it. It does say that it can be mounted on boat or RV but not sure if water proof, my best guess is that it is indeed somewhat water proof.
@@silverwinger8890 watching some other videos I saw that it's very resistant to water. Sure not to be put under water in the sea 😂 but it's ok for the rain
you can buy a cheap adapter and adapt that sae connector to anything. i bought sae to mc4. i havent got them yet, but i plan on buying two sets, running them in series and run that into my existing mppt controller. they will be used for emergencies or camping, not long term. if two in series goes well, i may buy two more for 4 sets in series.
he could have bumped it up to 14.4v x 14a =201 watts. based on the shadows and color of the grass i would say it was about 11am or 3pm and the panels were laying flat which is a bad angle. i bet he could have got closer to 14.4v x 16a=230 watts had the angle been better. its all just a guess, i get about 64% max out of my glass panels at perfect angles using pwm. i ordered this kit today, if it works well, i will get another and wire in series then use my mppt and maybe bump up to 80% or higher of stated claim, fingers crossed.I WAS WRONG, YOU CANT GO ABOVE 13.8 VOLTS. i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
seeing that he was getting 14 amps laying flat in the grass is very good and rare information for this kit. this is the only video where i was able to see that bit of info and i can tell by the shadows and the color of the grass that it was not noon, probably 11am or 3pm is my guess so had he pointed them better we might have seen even better amps. also he didnt have the charge controller set to max charge rate which could have been 14.4v, when dealing with multiplication of vxa to get watts every volt matters. this video is the best video i have seen showing actual real data on its performance.
This panel can put out close to 100 watts th-cam.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.
It has been a year. Can you provide an update on how well the solar panel has worked for you?
i bought 3 of these kits recently. i did rather extensive testing. i found one panel put out about 6% less than the other two. these panels are floppy and hard to lean against stuff, like we saw in this video. again, like all panels the slightest bit of shade will dramaticaly affect your current output, even the cable laying across the panel is a problem, there is a hole you can pass the cable through the back for this purpose. i built an adjustable stand for one 300 kit. i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts. i think the amps is too high for the little wires they included. if they would have wired it for series of say 84ocv and 66v x 4.5a =297 watts, they could have included a cheap mppt controller and let us use much longer wires, so the controller and battery could be inside house/garage/vehicle/rv and the panel could be out in the sun it would have made this a much better system. 17 amps is a problem, unless you buy 10 awg uv rated wires, which would add to the total cost. anyways due to them not being 300 watts i returned 2 of the 3 kits, plus all three kits i bought were supposed to be new and they were all used, apparently a lot of people return these kits. they are kinda useful despite every thing i have said. these would be good for emergencies, camping, also you can buy several and use all the charge controllers connected to the same battery/bank. as long as your battery/bank can handle that much current
Your post is 1 year old. Do those panels degrade from the UV rays over time? I heard stories of flexible solar panels losing half their power in as little as 1 year.
Nice. I just got the 160W panels for emergencies or to just quickly set up while camping or something. The included connectors are also useful for connecting other stuff I have, so that saved me on making other purchases I was planning to make.
i bought the 200 watt version of this a couple months ago for camping and as a off grid battery charger. It has 2 less rows of cells than this 300 watt
The 200 watt version puts out 8-11 amps in good sun. the controller is a cheap PWM similar to many $10 eBay controllers but it works and does not need to be hooked to a battery to charge a phone via USB.
As some of the other reviews out there have said the stitching isn't the best and the pocket that stores the controller and wires has already needed repair and it likes to fold up in the wind and some of the eyes to hold it have torn off from trying to secure with bungie cords in the wind. I paid $230 usd for it and it does the job as well as I expected and I am satisfied with it for the price.
Does it puts out 8-11 amps laying flat on the ground like in the video ? How many apms it puts out on a cloudy day?
What's the average amount of watts that you get for the 200w? around 110?
@@LeftyMcgee808 110-150 out of my claimed 200, thin film panels, 8-11 amps
@@Eaton.Beaver yes laying flat, overcast, not much, like any panel.
That's actually not bad. Claimed number are always peak wavelength laboratory illumination.
As 3dmixer says, the controller isn't a PWM, its just and on/off switch based on voltage. Replace it with a good MPPT like Victron and the panel will produce full power, well mine does though its the 110w version.
I have a battery pack with 500mah and a controller included ...so i am fine with that ?
@@AndroidFerret 500ma is tiny, are you sure? and what are you hoping to achieve connecting 300w of solar to it? At 12v that's a lot of power so lets start thinking multiple car battery sized set ups.
@@pete9501 i have this setup only for powering my smartphones and some small utilities for cooking ..
@@AndroidFerret A smart phone will use sod all power, an electric cooking ring or induction hob could be several Kw. Get it wrong and you could be in serious trouble. You need a professional electrician.
@@AndroidFerret my cell phones battery is 3700mah, or 3.7ah. are you sure you have the right specs, my cell phone from 12 years ago was 1800mah
Hi, i know this vid is many years old, the reason it's not charging is because you put your battery into series. so now you have a 24volt battery. Your solar only output around 18volts (21v based on your video). In order to for this to work, you should put your battery in parallel then it can take the power from your solar. you can get another solar panel and connect it in series so this time you can get 36 volts of solar power. but you'll need a much higher cap solar charge controller or better yet an mppt
I'm on a marathon watching your videos
Great, more coming once camping season starts. Thanks for watching.
Ive enjoyed the unboxing video
I've had mine for a year. Most I get is 180 watts with an MTTP controller. Never expected 300 watts but more than 180. Also, most of the D-rings have ripped off making hanging it impossible.
Thanks for the update!
the dude in the video was doing better than that with pwm. you sure your mppt is set up right? sure you got the 300 watt version? they 200 watt is common
i tested my mppt finally this week. its less efficient than my pwm. i think mppt expects about 5 volts more at least than what we charge at with a 21.5 ocv panel can produce. my pwm beats by mppt by about 6%in watt hours collected everyday in exact same sun and panels
i did more testing: i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside. i connected it to mppt and only saw it increase to 225 watts. for those not familiar with solar, some companies lie about the output some dont. i bought 4 "rich solar" 100 watt glass panels, wired in series over 60 foot of 16 awg wire and got a max of 398 watts out of 400 possible. just saying there are companies that dont lie, oh and those rich solar panels are $80 a piece connected to a $100 mppt controller and confirmed power through a inline watt meter, amp clamp, and hall affect sensor. 80 x 4 = 320 for panels plus $100 for controller and maybe another $40 for those long cables =$460 total. plus i built a stand for those as well.
Max out put can be computed from panel size. What does each panel measure in size length and width? 1000 watts per SQ meter max from sun x efficiency of panel which should be .1 (old) to .21 (new deep black panels) x area of each panel = highest wattage you can expect.
I have been tempted to buy it, but my experience with the 200 watts was very disappointing. I believe Dokio has made some improvements. How is it hold up after these years?
$410/300watts = $1.37 per watt...but you only got 180watts so you paid $2.28 per watt. Solar watts can be had for 75 cents per watt now. I'm afraid you did not do so well.
you are correct, which is why i returned 2 of the 3 300 watt kits i bought. i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts. my four $80 a peice rich solar glass poly panels produced 398 watts in series on 60 foot of 16 awg wire
Who has solar watts at 75 cents per watt? All claims of below $1 a watt for new panels I have seen on Amazon turn out to be fake/impossible if you calculate the size of the panel given in descriptions claimed efficiency x 1000 watts per meter which is max power available from the sun anywhere anytime.
People are reviewing this unit. They all say they don’t like the provided controller but no one says what is wrong with it. Can you elaborate?
data provided on the controller is good but the biggest problem I had with the units is the squishy feel of the buttons. They don't seem to make positive contact when you push them and you end up pushing multiple times and that seems to confuse the unit and you miss the data you were looking for. So far a good solar setup but the buttons are poor quality.
Hi, what i think is a simple cheap PWM controller but you can replace for some MPPT with this portable solar this will be awsome kit.
Regards,
It's not mppt for a start.
I have the same controller, works great, no problems whatsoever.
@@3dmixer552 i suspect mppt wouldnt function any better than this pwm on this 21.5 ocv panel. i have been testing my mppt controller and my pwm using two of the exact same 100 watt panels and batteries and found that the pwm is getting about 5-6% more watt hours everyday than my mppt this week
I'm sorry, but this doesn't show anything about efficiency, etc. Any updates? Do you have real measurements of what the panel is capable to provide? Thanks
i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
Any chance you have an extra panel you've reviewed that's 100 watt with a mp4 adapter for the 300 watt Golabs. I'll pay you for it. Was looking for a fold up. Just looking for something to continue my experiments with my grandchildren with solar until I can afford the panel I actually really want. If this is inappropriate, I apologize.
Every time I see that name I think of "Count Dooku"!lol!
What can this charge? Is this a 400 dollar phone charger essentially?
Hi. I just received my Dokio 300W panel and standard charge controller that came with. I seem to be only getting 1.2 Amps going into the system (even at full sunshine) All connections seem to be good. My battery is at 75% with no load on it.... Any thoughts on why amps are so low going into system? How many amps do you get from the 300W?
300W at 12V is 25 amps. Try putting a 300W load with a battery and check how much the panels contribution is. According to comments here, expect no more than 225W.
Make sure you connect the battery to the controller first then panels. Also is battery charged enough to register on controller? What is battery type and voltage when disconnected? What are you seeing in Amps now?
Any testing results?
i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
14A at 14V = 200W ... from a 300W setup? Ouch.
He has a wire running over the panel blocking the sun, that can cause a LARGE reduction of power.
BAD TEST! But then again, you have NO idea of the sun angle.
pwm vs mppt. i stand corrected. i finally got my mppt controller out, its actually less efficient than my pwm on such low volts by about 6% lol. i guess mppt expect more volte that what these 21.5 ocv panels can provide
i did more testing: i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
I bought the 220 watt dokio panel most it’ll produce is 108 watts
The people that view and not subscribe are evil. Hope you get your 2k subs ASAP
14A * 13V is very low! Only 182 Watt! Maybe with an MPPT charge controller?
i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
Is this waterproof?
Ty
is it solar panel to controler then controler to battery Can solar panel directly connected battery?
Connecting the solar panels directly to a bank of batteries may work, but is not a good idea. A standard 12 volt solar panel which can be used to recharge a battery, could actually be putting out nearly 20 volts at full sun, much more voltage than the battery needs.
Without a diode you will burn the panel. In a non cloudy day you will burn the battery (21V). It' a bad idea to connect the panel directly to the battery.
it comes with the controller. you should not charge a 12 volt battery at 21 volts, you charge a battery with regulated voltage and variable amperage. i charge my batts at 14.4 volts and what ever amps i can get within reason. i have seen a video where a guy connected his panel to a voltage step up device that took the 35 volts 10 amps 350watts and converted it to 120 volts about 2-3 amps and ran some power tools. it was more of a proof of concept. also the converter robbed him of about 10% of his watts to do the conversion and when a cloud passed by the sun the watts dropped considerably. i think everyone should view the battery as a bucket of water and the solar panel and charge controller as a steady drip or stream of water into the bucket, then you can bank the energy all day and hopefully have some to use at night.
@@jasonbrown467 that was a good answer thank you jason
Hi! Is it waterproof?
Thanks!
I have not tried mine in the rain, I pull it out and use it when I need it. It does say that it can be mounted on boat or RV but not sure if water proof, my best guess is that it is indeed somewhat water proof.
@@silverwinger8890 watching some other videos I saw that it's very resistant to water. Sure not to be put under water in the sea 😂 but it's ok for the rain
Me dê o valor desse kit esse no MercadoLivre tem para comprar onde é que tem para comprar por favor mande minha resposta
Quanto custa esse kit e eu quero comprar onde eu encontro para comprar qual site no MercadoLivre tem
If controler is junk that what controks the proper charge rate so the panels are not worth it
you can buy a cheap adapter and adapt that sae connector to anything. i bought sae to mc4. i havent got them yet, but i plan on buying two sets, running them in series and run that into my existing mppt controller. they will be used for emergencies or camping, not long term. if two in series goes well, i may buy two more for 4 sets in series.
Como faço para comprar esse kit
super super
I actually had a better experience with the 100Watts version.
220watts max 👍
0:37 charge controller failure initiation sequence engaged, canada style
You get what you pay for in this case
see my review about Dokio quality issues: th-cam.com/video/vBdwTRmC5LU/w-d-xo.html
Some poor reviews on amazon
13.5VX14A=189W/ Sorry Pretty Bad !! Only 300W /60% of 300Watt Not good !
he could have bumped it up to 14.4v x 14a =201 watts. based on the shadows and color of the grass i would say it was about 11am or 3pm and the panels were laying flat which is a bad angle. i bet he could have got closer to 14.4v x 16a=230 watts had the angle been better. its all just a guess, i get about 64% max out of my glass panels at perfect angles using pwm. i ordered this kit today, if it works well, i will get another and wire in series then use my mppt and maybe bump up to 80% or higher of stated claim, fingers crossed.I WAS WRONG, YOU CANT GO ABOVE 13.8 VOLTS. i found that the max power i could get in mid march was 13.2v x 17a =220 watts using its included pwm controller perfect sun, up on a stand i built, perfect angle and about 40 degrees fahrenheit outside . i connected it to mppt and only saw it increase to 225 watts.
Totally crappy review. Why waste our time when neither of you know anything about solar.
Not a total waste. I've never seen this unit. I can do further research but this vid let me know it exists.
Exactly right on Bill.
seeing that he was getting 14 amps laying flat in the grass is very good and rare information for this kit. this is the only video where i was able to see that bit of info and i can tell by the shadows and the color of the grass that it was not noon, probably 11am or 3pm is my guess so had he pointed them better we might have seen even better amps. also he didnt have the charge controller set to max charge rate which could have been 14.4v, when dealing with multiplication of vxa to get watts every volt matters. this video is the best video i have seen showing actual real data on its performance.