Goal Zero Boulder 100 Briefcase, 100 Watt Monocrystalline Solar Panel I love these types of panels. Especially during hurricane season here. This is a monocrystalline solar panel in a briefcase that folds. Made or rigid anodized aluminum with tempered glass. It can also recharge the Goal Zero Portable Power Stations.
The lightweight structure of aluminum makes it perfect for moving around. For example hiking to a campsite or cabin you notice quickly the weight of all your gear.
Nothing is needed with this unit like a charge controller when you plug in to the Yeti Portable Power station by Goal Zero. With that said it can also be chained along with other solar panels to improve your charging time.
This briefcase model features a kickstand for quick set up. Adjusts quickly and easy to turn as you track the sun if you need to. The carrying case also serves as a way to protect the solar panel when not in use or in transit.
Everything included is built to hand the elements which is a nice improvement. I remember complaints from people over at amazon on some other brands years back. Has a nice handle. Technical Specifications
Solar Port (blue, 8mm): 14-22V, up to 7A (100W max).
Rated Power: 100W.
Open Circuit Voltage: 18-22V.
Weight is 25.9 lbs. or 11.7kg
Dimensions are 49 x 26.75 x 1.75 in or 101.6 by 70 by 4.4 cm Warranty is 1 year.
————————————- UPDATE: Looks like the 400 is the newer model now according to Amazon:
Goal Zero seems to keep their customers for awhile. I was looking at an article where a guy loved the Boulder 90 and picked up a Boulder 100. These were to go with his Yeti 1000 which it natuarally would charge quicker using two. He wasn’t daisy chaining, he was able to use separte ports on the Yeti which has multiple ways to charge it.
Like I was saying earlier with the stable stands that come with the Boulder 100 moving around for maximum sun time is easy with these units. If weight is an issue as in you need something real lite then you can pick up the Boulder 50. The person lives in New England and loses power 6 to 7 times a year because of snow and ice storms. When I lived in the Boston area that wasn’t a problem but I know it was for people west of us out of town. Especially the ice storms weighing down the power lines.
Picking for a 30ft extension cable on the Boulder 100 is a good idea also. Another thing about Goal Zero is they are known for excellent customer service. They want their product to continue to succeed so they make it easy to contact and get the right info. Like anything else it may cost a bit more but that’s because you’re buying real quality. Excellent reviews at Amazon and people are happy with build quality.
Now that I live in Florida I will pick up one because when the hurricanes come through here which can be about 3 times a year, the power can be out for awhile. And with the compact size it’s easy to store which I don’t have a lot of room now to store large panels and keep them safe.
His 2 panel system was working well with his lights, computers, a fan and even recharges a 400 watt battery for all night useage on essential equipment.
Our new Boulder solar panels got a little bigger a little stronger and alittle more powerful. The Boulder 50 is replacing the old Boulder 30s and our
Boulder hundreds are now replacing our old Boulder 90s. We’ve got a nice ecosystem going here. We’ve still got the tempered glass the aluminum frames and now reinforced corners to be able to go out and play wherever you happen to be out there. so our new Boulder lineup all comes with integrated kickstand. these will allow you to tilt your solar panelto point them at the Sun for more solar production. it’s pretty sweet just on a nice little hinge so this kickstand folds in flush with the panel and as you pull it out you just lean the solar panel back point it towards the Sun and you start producing and charging your batteries.
the kickstand is built so it’s integrated to a little less than a 45 degree angle. since most solar panels and most outdoor play happens in the summer time we wanted to capture more of that summer sun.
when it’s more direct overhead and less out on the horizon so we try to optimize this angle for your benefit. so we’ve made a decision to get away from the mc4 cables and stick to the eight millimeter barrel jacks.
this is going to be a safety precaution so that we can only change our panels in parallel so everything stays at a nice safe 12 volts for the user. with our eight millimeter
chaining cable we can chain up to four of any of our solar panels here that have the eight millimeter barrel jack to plug in through the anderson power pole.
just grab the barrel jack from the solar panel as you plug it in make sure you push hard enough to hear it snap into place and that’s going to give you a nice strong sturdy connection. to make sure that you’re always transmitting power to your battery.
as you can see our panels come in slightly different form factors between the 50 100 and the 100 briefcase. the briefcase has a sweet carrying handle so it can go wherever
you go and it comes with a bag so you can stuff the panels in there keep them nice and safe from getting scratched while you’re out traveling.
the boulder 50 and the boulder 100 both have the kickstand which is a sweet tilt option for portability but that kickstand is also removable just in case you do want to permanently. mount these solar panels to any roof and those are our brand new Boulder solar panels with improved features and abilities.
This lithium battery-based Ring solar panel is designed to provide non-stop solar energy for the stick-up camera. The panel is mounted outdoors and is connected to the camera with a USB cable. With the panel’s capability of charging even during misty conditions, you can always keep track of what’s happening on your property when you are away. It’s simple to set up as most tools are included and you won’t have to worry about its charging potential as it charges quick.
Ease of installation.
The installation process takes you less than five minutes as the package comes with installation hardware. You definitely won’t need to call a team of engineers to do the work for you. The tools included are screws, a drill bit, drywall anchors and a screwdriver. With all this included it only takes you a matter of basic screwing knowledge and your stick-up cam will be up and running. The simplicity is extremely exhilarating. Depending on where you want it installed, either on a drywall or wooden fence, use the drill to bore holes where you can fix the adjustable mounting bracket for the stick-up camera and the solar panel. The bracket offers precision and ease in fitting. Once set up you won’t need to constantly check up on it, giving a good rating on the maintenance scale. The battery power of the stick come is amazing as it lasts for about six to twelve months.
The Ring solar panel and stick up cam combination gives a property owner peace of mind as it alerts one of intrusion upon motion detection. For security purposes, the stick-up cam’s two-way audio makes it possible to configure wireless communication if need be. This might come in handy as you can listen to voices when there are intruders and you can use a voice-over to scare them off. The overall advantage of this setup is the solar panel which provides enough power at all times to enable the stick-up camera’s functionality. A single wire is used to connect the panel to the camera. Everything else is on wireless connectivity through the internet where images and videos are recorded and saved to the cloud and one accesses them at light speed on your phone. It doesn’t matter where you are, you can easily obtain information from anywhere in the world.
The solar panel has dimensions 7.50in * 6.00in * 1.25in which makes it a perfect fit for most places. It does not consume a lot of space, making it easy to install in different spots on your property. Its 2 watts and 6 volts power enable it to charge the stick-up cam at a considerably fast rate. The panel can still work even on cloudy days to ensure the camera is always charged.
In conclusion, the ring solar panel works considerably well to ensure there is consistent power provision to your stick-up camera. Its low maintenance and durability regardless of the weather is well an added advantage. It surely withstands the test of time.
What’s up guys! It’s Chris Majestic here with Majestechs. You remember a few months ago I did a review on the Ring Stick Up Cam. Today with me I have what’s called the Ring Solar Panel. This is going to be an accessory for the Stick Up Cam so we’re going to go ahead and check this thing out today so stay tuned. So if you haven’t already go ahead and check out the Stick Up Cam review I did a few months ago. I went into detail in that review. I’m not going to go into too much detail about the Stick Up Cam here but just really quickly. It’s basically a surveillance camera. They call it the Stick Up Cam because it’s battery-operated and it’s wireless, it’s going to connect to Wifi and you can put it wherever you want. The only real downside was that it didn’t have Live video on-demand. Most people would just expect to go on your phone to view the live video feed to see what’s going on. The Stick Up Cam wouldn’t allow that before. It would remain in standby mode until it sensed motion, then it would connect to Wifi, and then push the video. They did this to conserve battery life since a constant Wifi connection would put a strain on the battery. However, through a recent firmware update earlier this year Ring released Live View for the Stick Up Cam, and to address the possible issues with battery life, they introduced the Ring Solar Panel. So the solar panel is going to keep it constantly powered because it’s getting sunlight during the day and charging it at night, which allows you to have constant power so you don’t drain your battery. The price of the Solar Panel is a separate $49 so you’re looking at around $248 to get both of these together. Even though it is connected to Wifi now and you have Live View, the only downside is that it does take a little while for the video to pop up once you hit the Live View button. In my case, in most instances it took about 15 seconds, sometimes a little bit longer. So that’s something they’ll probably fix in the future but right now it does take a little while for it to come up so you have to be patient with it. As far as the design goes it’s a pretty basic solar panel design. It’s just going to come with a little slot for you to slide the mount into it and the mount is going to have a couple of screw holes for you to mount it to a wall. It also comes with a non-removable micro-usb cable that has a little rubber piece on the end to help make it weather-resistant. And just like the Ring Doorbell and the Stick Up Cam the Solar Panel is covered for theft. That was one of the major selling points for me, especially putting it somewhere where it can easily be reached. This is definitely a one-of-a-kind camera on the market here. It was already one-of-a-kind to begin with but now you can just put up the Solar Panel right along side it and you can put it wherever you want and not have to worry about it. You’ve got your Live View, you’ve got motion detection and it works really well. I have no major issues with it. Alright guys thanks for watching the video. Hopefully you found it helpful. If you did please make sure you hit that “Like” button and thanks for watching.
Powerbanks are present in almost 1/3 of the users who own a smartphone. Why does this happen? For the simple fact that phone batteries don’t last too long, they usually die half through the day especially when used intensively. But the Anker 21W Dual USB Solar Charger is more than a powerbank, it’s a solar charger aimed for those who go in long trips and don’t have access to a power outlet. Therefore, whenever the sun is shining, your phone will get charged as well. And if the sunlight power is strong enough, your device will get charged as it would with its original charger (up to 2.4A per port).
Another interesting fact of the Anker 21W is that it allows one to charge two devices at the same time. These devices can be either a phone and a tablet, an Android phone and an iPhone, an mp3 player and a camera, etc. This aspect makes it highly valuable for those who go in remote trips and need quick charging power for their devices. Anker is one of the leading powerbank and charger manufacturers, with over 10 million users as of now. In this solar charger they decided to implement a multi-layered SunPower solar panel that retains 23% of the power and transforms it into energy, as compared to 15% of the power on a normal solar panel.
Having an ultra portable design and weighing just 15oz (0.4 kgs), this charger can be quickly strapped to a backpack, tent or tree. Therefore, as long as the sun is shining you can carry on with your trip without having to worry about running out of battery juice for your device. And we all know that campers need some time alone with their devices when the night comes, since it’s not the 1970s anymore. Furthermore, some people like to listen to music on their headphones while in a mountain trip, and this requires more power from the battery.
The Anker 21W is currently one of the best selling solar chargers in its range, and most of the people praise its charging speed and maneuverability.
Another great thing about the Anker 21W is the fact that it can be easily carried away, in a bag or in your hand. As long as the sun is shining it can be strapped to a tree or to the bag in order to provide extra juice for the gadgets.
Presently at Amazon if you want to read reviews:
In conclusion, those who enjoy trips and are usually far from a wall plug will make a good decision by choosing the Anker 21W Dual USB Solar Charger. It has some leading technologies present on-board and will never affect the charging circuits of your device, regardless of whether speaking about a low-end smartphone or one that is QuickCharge 3.0 certified.
With so many positive reviews from customers it’s hard to go wrong by choosing this charger. It has many useful features and it’s entirely reliant on solar power, so no electrical outlets are needed in the process as compared to normal powerbanks. It’s recommended to get this device if you travel a lot.
what’s up guys happy Friday to you well as you can see from the video I’m going to do a kind of a quick review here on my brand new anchor solar charger that I got two days ago from Prime right now obviously I’m taping this video here with my iPhone but I just wanted to kind of give some props to this thing and a half-assed little review I mean there’s a lot of reviews on this thing already but what you basically get or what this basically is is a USB charger that accepts any USB cable which goes right in here see that little it’s just a little plastic receiver that they put in here and this is like a canvas material like a really durable canvas material but what they do they have a two USB ports where you can charge on each side and then it’s got like a little pocket here really cool so you could technically take your you know your phone or whatever and put it in that pocket keep it protected from the Sun and what it does is it takes a obviously sunrays converts them into electrical energy and then stores it into whatever battery you have plugged into the anchor unit so obviously my phone’s plugged into this so it’s putting power into the battery that’s sitting here into the iPhone just to give you a quick stat iPhone was a 10 percent when I came out here show you the Sun let’s see there’s my fenceline there’s the Sun you can see that it’s obviously well yeah obviously it’s five o’clock right now so I’m about to lose my son this was a 10 percent when I plugged it in about six minutes ago seven minutes ago it’s at 14% now so it’s gaining about five percent every five minutes a 1% a minute which is pretty awesome it’s a 14 volt solar charger so I believe it puts out that’s the one spec I should know I think it’s putting out four or five volts um yeah actually that’s a technical spec I’m going to put in the bottom I’m not sure how many I know it’s a 14 volt charger maybe it’s putting out 14 volts here but I don’t know got it I got to check the specs on that but um other than that this is the one that’s about 50 bucks on Amazon and what it does folds up like that folds up like that and then there it is to be able to be put away and it’s about the size of a sheet of paper so it’s got these really cool hooks on it so you can hook it up to a pack or whatever and then get charging capability out of it so that’s what’s kind of going on and you’ll see it’s Friday here so got me a favorite beer highligh bossa unsweet tea and this is my other newest latest coolest toy which is the Bose Soundlink mini which is a basically a portable USB bluetooth speaker so what I do is I come out here put the tunes on on the back of the truck hang out with the dogs just kind of enjoy being outside so this Bluetooth speaker was about 200 bucks it’s kind of built the same way like Apple creates their stuff with the aluminum case and I put some felt feet up on the bottom of mine so I don’t damage the bottom but this thing throws some serious sound for a tiny little speaker I mean there’s a there’s a can a beer and you can kind of see the size it’s pretty badass sounds a lot better than the beats pill when I listen to both of them together but that’s strictly opinion but yeah this is my little outside rig here so basically I use my phone I Bluetooth it to the Bose with you know pan door or whatever on and now I can finally keep my phone charged out here without damn thing dying on me because I got a really crappy iPhone 4s with a really old battery so yeah guys that’s my little review on the anchor solar charger and again don’t quote me on the on the voltage output I’m not sure if it’s just 5 volts or if it’s all 14 or what so check that on the specs but yeah happy Friday guys see ya
The HQST 100 watt 12 volt solar panel is a durable yet lightweight solar panel used for the common household, recreational vehicles, mobile homes,caravans and even boats. It can sustain high pressure winds and or large snow loads, it even works well in low light areas so it’s perfect for cold environments. The panel itself is made up of thirty-six poly-crystalline solar cells with a thin layer of tempered glass protecting it from outside forces.
The solar panel has a waterproof junction box so there’s no need to worry about rain or low pressure power washers. It’s easy to install on your camper or boat, there’s already pre-drilled holes for easy installation for any intended use. The solar panel is fairly light only weighing about 16 pounds. When the solar panel is under full sun light it can produce a steady current, even in lower light areas it will still produce a fairly steady flow of energy. Out of one hundred and thirty one reviews on Amazon.com the solar panel has a 4.8 out of 5 stars showing the effectiveness of the panel. One review from a solar panel installer was surprised at the quality of the solar panel for it’s cheap price. Coming in at $134.99 the HQST 100 watt 12 volt solar panel won’t break the bank and will still provide a quality source of energy.
This solar panel is perfect for the travelling person, instead of having to buy gasoline and tug along a heavy and expensive generator, you can just install this solar panel and have the same if not better power output. These are great panels for someone who wants to get into solar panels but doesn’t know where to start. If you’re just looking to save money on your utility bill, this solar panel will do your electric bill wonders for the one time purchase.
These panels can attached to one another, so when you want to get more you can just simply buy more panels. The panels have an excellent aluminum mount to help hold them in place while on steep roofs or uneven surfaces alike. One solar panel can produce up to 100 watts of power. The maximum system voltage is 600 volts DC. Although the optimum operating voltage (Vpm) on just one panel is about 17.8 volts. The optimum operating current (Imp) is about 5.62 amps. The open circuit voltage (Voc) is around 22.4 volts. Short circuit current (Isc) is about 5.92 amps. The solar panels dimensions are: 39.7 x 26.7 x 1.4 inches and only weighs a remarkable 16 pounds.
The panel has a anti reflective coating meaning it will trap as much light as possible. The panel also has low iron tempered glass, which is a high clarity resistant glass. One panel is enough to charge a few batteries everyday but you can create a system of panels to get maximum output power. You can power anything from an RV to a whole entire house. The possibilities are endless with the HQST 100 watt 12 volt solar panel, the investment is well worth it for a good price along with an even better quality.
Here’s some info I got from the comment review section at Amazon if you want to read it there:
A lot of experienced solar installers comment on how well HQST are made. The quality is top shelve.
People are surprised. You can read the reviews and see. A lot of times when you order a $100 panel you never know what will show up. And like me you hope that it’s not a “get what you pay for” moment when you open the shipping box. Other reviews are about how fast the units were mounted and put to use. There’s a reason it’s in the “what’s hot” category. Also people are commenting on how versatile the panels are.
There’s no issue of it sitting outside year round which a lot of times is not the case with inexpensive panels. Even know that’s what they are for, when corners are cut and panels are outside 24-7, 365 days a year they start to show a bit of wear. You know you have something good when people over and over say they will be ordering more soon! HQST 100 Watt 12 Volt Polycrystalline Solar Panel
Home made video that does what it needs to do. I saw in the video comments that the author got his 100 watts that he was aiming for once he did his calculations after the video was made.
everyone solar panel came in today it’s bigger than I thought but the dimensions correct four feet by about two and a half feet something so i’m going to go ahead and open the box and see what we got good padding a half-inch thick one of those soft soft phone this is the HQ st model on amazon because with the mc4 connectors let’s see if there’s anything else alright so i’m going to go ahead and test this out on my balcony with my mini small aquaponic system but later on I’m going to be moving it to the patio area and power everything under the patio or in the patio area with this hopefully will power everything because there’s only 100 watts I don’t even have the battery yet so there’s no backup or anything so just going to test it we’re going to get to correct voltage amps that we’re going to get out of these 100 watt so I’ll be back after I do all that testing just setting this on the balcony door not even outside in the light yet and we’re already getting 11.7 4 volts so it’s almost a 12 maybe when indirect light he’ll probably boost it up to 12 but I don’t think it’s that bad because is getting 11 volts so I’m gonna go take it outside just connect an aquaponic system to it and let’s see how that goes I don’t have the MC for connection and everything yet but I’m just gonna you know Mickey Mouse something real quick to connect the cable and everything alright alright so I rigged it up on this a 5 volts car charger because it was getting 17 points something volts and I think it’s gonna be too strong for my USB power pump that only takes nine volts and I just connect to the cable back there you know just a poor testing right now so I’m it’s not going to be permit so it’s just loosely connected to the connection this is connected here um and it’s actually getting five point two five point zero two bolts when I tested it with this and it was getting 17 before that and in the water flow still pretty good so you don’t leave this here right now and hopefully I can get everything all connected as I move it later out to the patio area which isn’t gonna be too bad so actually got 17 points something as it was rated and if you guys want to know more information or like to watch more videos when I get this installed up on a patio area go ahead and subscribe for future video all right thank you notice i just noticed something from all the cell’s this one look like it shattered or something this way different from the others so look like it shattered I’m not too sure what to do about that we’re bucking just return it and get another one or something to just leave it alone but uh let’s see I don’t know
100 watt Solar Panels that have been located here
$k = ‘HQST Solar Panels’;
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Off Grid Solar Systems There’s nothing better than the feeling of being off the grid. Getting started in this direction can be a bit overwhelming at first but with a little persistent and shopping around for a good deal is worth the time.
Self contained solar systems can be the way to go because you get everything you need in one place and you know all the components will work well with each other. Usually they’ve been through numerous tests in all types of situations so you can a feel assured your system will run smoothly for years.
The following is basic information for someone just getting started. If you already know what you want then skip down to the systems and see if one fits your needs.
Let’s start with the photovoltaic cells (sometimes referred to as PV or PV cells). These are activated upon getting sunlight. Once they start receiving sunlight, they start producing electricity in incremental quantities. This direct current (DC) is converted over into something that the house can use, like AC (alternating current). With current technology, PV cells are still improving in terms of how much they can generate per foot installed.
It is essential to calculate how many of these are needed before moving too far forward. In some cases, most homeowners might need less than they think. That’s where the second thing comes in. Some setups tend to use the PV cell’s electricity to charge up a battery bank and others tend to use those cells to help run a generator. Many systems combine these so that it is easier to store the energy for when those energy spikes rise (i.e. late at night when everyone comes home from work). There is usually a relatively big battery bank that many of these individuals use.
They capture the sun’s energy to recharge during the peak hours of each day and the batteries are ready to be used later on in the day when the sun might not be shining as much.
It might be worthwhile to look into other solar energy products as well. Solar panels can be a good way to capture energy for the higher energy consumption tasks, like heating and cooling or even running something like a water heater. Usually this partial system is what most individuals can afford, though those that get completely off the grid invest in more robust systems that can power the entire house if need be.
Solar hot water heating is something that is something that is also very interesting to look into. There are systems using solar panels to pump water through a solar hot water heater to help keep water at optimal temperature. This water heating method has been very popular with homeowners seeking to maximize their savings via the sun’s energy.
Though not a part of a kit, homeowners that are building their own houses often incorporate principles such as passive solar heating. This passive solar heating can be used in conjunction to the actual power to help reduce the costs and reduce the reduce the stresses on the system. The house is designed in a way to utilize the sun’s heating and cooling naturally, thus requiring fewer solar panels to use to power the house’s many appliances.
The important thing to remember, solar power is key if done right, but take the time to understand the principles to maximize the most benefits.
Sometimes getting into a solar power system kit the first thing that comes to mind is how big or small does the system need to be? Once you open that door you have to do some math to make sure you get a system that will be able to keep up. Or at least you will know what appliance you can run and when.
So if you have one 160 watt panel, that’s what it will supply. If you have an appliance that pulls say 1000 watts for a bit that will be a starting point. Ohms law states that amps x volts = watts.
Or watts/volts = amps Once you start running those numbers on all your appliances that will be using the system you will get a better idea. Some ratings will vary, like they may only give you the wattage but you will start to see after a bit how to calculate what you need to know.
Stick and Peel Solar Panels
Peel and stick solar panels were first developed in 2008 by an Irvine construction company known as Lumeta. Many solar companies among them Uni-Solar and others have also taken to manufacturing peel and stick solar panels since then.
Peel and stick solar panels have an adhesive back which is normally pressed against a roof during installation. The peel and stick are able to adhere tightly to the roof courtesy of the strong adhesive that is added on their back. They stick flat on the roof and are able to withstand the wind and not fly off. The manufacturers of peel and stick solar panels usually indicate their wind rating.
Uni-Solar’s peel and stick roof panel for example has a wind rating of 185 mph.
These solar panels (also know as laminate solar panels) have come as a relief from the difficult task of installing the normal type solar panels. Regular type solars have to be mounted on a rack and someone has to use a bolt and nut here and there and also hammer or drill. Installation of peel and stick roof panels is however easy. You just have to take the panel out of its packaging, place it on its back, press it hard against the roof, and roof you are done!
Peel and stick solar panels require a flat roof to ensure that the panel sticks firmly on the roof. The stickiness of the peel and stick solar panel can however not be doubted. According to CalFinder Solar, they are compatible with metals, tar, and single-ply roofing membranes.
P/S stick solar panels stick best on metal roofs, their sticky modular adhere best on metallic surfaces than on other materials used for roofing such as tiles and concrete.
Peel and stick solar panels are thinner than traditional PV solar panels. They therefore do not collect rain water. They however have some drawbacks when compared to the traditional solar panels. First of all, they are not protected in any glass casing. This means that they can be easily damaged by the elements such hailstones and snow. Secondly, because they are stuck flatly on the roof and are not angled in any way, they can sometimes fail to attract the rays of the sun. The intensity of lighting may decrease by a small percentage when traditional solar panels are substituted with the peel and stick forms.
In addition to the other drawbacks, some solar users usually complain that the peel and stick are not as aesthetically attractive as the traditional solar panels. In spite of not being attractive enough on the roof top, the peel and stick solar still has the advantage of minimal interference with the roof. It doesn’t include any hammering work that may introduce holes on the roof.
Peel and stick solar panel is just but one of the many evolutions in solar. Thanks to technology, there are nowadays even mobile solar panels. One can carry these portable solar panels with them wherever they go and even use them to do things such as phone charging or plugging in a laptop.
Cool Video on Unisolar!!!
innovative solutions to real-world conditions for your near the industry freedom to design a lightweight glass free texting media a very attractive internal rate of return what you mean solar product allows us to do is design very specific product and a variety of different products because of the philosophy the over of the in solar technology we provide actually a very light a solution compared to the traditional TV a in many cases determines whether installation can or cannot be done in salaries allowing us to capture a quickly into these new market niches the installation in science was made for a very important constructor of logistic parks they need to feed that has been fantastic the client is very happy with the product he was very interesting non-intrusive not changing the aesthetics of the building and and and and basically the unit solar technology gives a clear advantage in that in this type of installation although the large share of the market is still crystalline technology indonesia roots you know solar he gives us a solution that it’s right on the button to be able to win that at the game man of the data new laws require the super solar system is a waterproofing process which incorporate at the top of the second layer units dollars flexible PVC cells which works very well even in very low light intensity there’s no mounting system whatsoever there’s appearance the system which makes it extremely easy and quick to applicate on the top of other if it’s very well on windy situations because there’s no risk that the cells all the human membranes would be lifted by the wind whatsoever the photovoltaic in the street Francis renew the market is brand-new and a lot of skepticism about the technology and evolved the photovoltaic cells in general so the fact that you need Solar has a very mature technology and has been around for more than 20 years is also a very strong help in providing in commercializing the super-soul magalia is the leader in Europe article backstrom of sandwich insulated abundance the cost of electrical energy and made the information i’ll sees them is increasing many counter in Europe and sync adapter different functional electrical energy with the world like to see them is one of the most important way to reduce discourse and was hey ideal solution integrated the roof for master Gallia week the only sort of nominated for Musalia is very important whoever their maximum maximum also special offer custom mats for batteries on the ideal partner for much area we see even that isn’t it today the largest installation of the building integrated product is at tesco freshen easy distribution center in Riverside California the customer value a lightweight product on this type of building in Southern California where lightweight construction is predominant this distribution center for tesco the food giant is a building that is refrigerated and you cannot have any recent penetrations that unit solar today is really the only supplier of a high-quality flexible thin-film product so this product really met the requirements for this building site the results for tesco in this project are actually extraordinary we indicated we provide twenty to twenty-five percent of the site’s energy requirements are actually producing so far forty percent of the site energy requirements they are thrilled with the production of energy from this technology in a very hot climate in the end we must look at the TV a more than a product it’s a financial vehicle and in return investment is the key issue so i would say that’s a clear point of advantage where we can a provide very low balance of system costs and those all together installation of any solar provides a more attractive return investment to to the investor i will say this is probably the key should differentiating the you solar solution
Foldable solar panels basically consist of flexible weather resistant substrates on which photovoltaic material is deposited. These solar panels are known for their durability. Even if the substrate is punctured, these solar panels do not stop power generation. In addition, such solar panels generate power even it they are in shade or the sun’s light is inadequate for generating power from conventional solar cells made from glass panels.
Such panels are also lighter than conventional solar panels made from glass, apart from being safer. Cleaning the foldable solar panels is also easier. Theoretically, these solar panels are 15 percent more efficient in generating power than conventional solar panels. Like any other solar power generation unit, foldable solar panels also generate power without making much sound.
Smaller foldable solar panels generate about 10W power, whereas larger foldable solar panels generate almost 120W. Effectively, these panels are useful for charging smartphones and laptops, as well as lighting cabins, and running refrigerators, depending upon the size selected. Such cells are also scalable. In addition, such panels can be used along with existing power generating units, to form hybrid power generating units.
Foldable solar panels are useful in remote locations that do not have access to power. Therefore, such panels are suitable for work sites, military bases, refugee camps, exploration sites, etc.
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Such solar panels can also be used in homes to supplement the energy requirement. These panels can be installed easily. Therefore, installation charges and risks associated with conventional solar panels are almost nil in the case of foldable solar panels. The time taken to install such panels is also negligible when compared to time taken to install conventional solar panels that are made from glass.
Usually, such solar cells can be folded into much smaller compact sizes. When folded, such solar panels resemble small bags, envelopes, or brief cases.
Good video on the details of making a foldable solar panel.
foldable solar panels were invented in the nineteen nineties four American soldiers in the field they use them to recharge electronic devices the panels have environmental and tactical advantages conserving both electricity and physical energy today foldable solar panels are not just for the military these lightweight panels can be folded up and tucked into a backpack allowing anyone to escape to the wilderness but stay plugged in production starts with the role of thin plastic film it’s the same material used to make flat screen TVs a worker loads it into machines that distribute thin layers of aluminum and silicon onto it the aluminum acts as an electrical contact the silicon produces electricity when exposed to the sun’s rays next lasers car vertical and horizontal lines into the film these lines to find the solar cells an automated squeegee applies blacking through a screen and into the lies the ankle act is an electrical insulator it also makes it possible to cut through the film without damaging it UV like cures the insulating an employee for is a generous amount of metallic silver ink onto a pattern a squeegee forces being through to the solar film this creates a conductive grid on the film a camera magnifies the grid for inspection the solar film travels through a chamber where he cures the silver ANC’s blazer now connects the solar cells making the bottom aluminum layer of one cell to the top silicon layer of the next the laser ties them together similar to how a soldering tool would this establishes electrical connections and increases the voltage significantly a different camera magnifies the connections to check the alignment now a worker loads the solar film into a machine it deposits a transparent oxide onto the film that will increase connectivity these solar cells are now fully functional the next machine test each one it also applies to conduct of foil tape at certain points another machine roles that clear sheet of plastic onto the solar cells the plastic adheres to the cells waterproofing and encapsulating them a die presse cuts out solar panels along the black insulator lines depressed uses computerized cameras for accurate cuts a robot transfers each panel to the next station using suctioning heads of computerized camera scrutinized the panels for defects after more testing they deposit the panels on a piece of fabric a laser cut the fabric around the panel’s heated rollers behind the plastic panels to the fabric [Music] now an employee burns through clear plastic film to reach the conductive oil he satyrs wire to the foil at these points to connect the positive and negative leads [Music] the wire is flexible and will Bend with the fabric when it’s folded a seamstress now stitches strips of fabric over the wires enclosing them in a protective pocket [Music] another member of the team solder the connector to a circuit board that’s been attached to protruding wires he squeezed a silicone into a plastic cover and places it on the assembly the silicon solidifies around the components to protect them from water damage finally he ribbons to cover to the fabric this foldable solar charger is ready to be bundled up and placed in the backpack it can power a laptop or smartphone keeping the user connected anywhere in the world [Music]
Foldable Solar Panel Searches
$k = ‘ Foldable Solar Panels’;
echo get_ebay_text($k, 6, “”, “1”, “1”, “”, “”, “”,”1″);
Despite that most people highly rely upon the electrical grid for power, it is very clear that the grid is at great risk of tornadoes, hurricanes, earthquakes, fires and other calamities. In case of such events, most people suffer a lot due to power shortages.
This affects businesses and home activities. It is quite important to be ready for such instances. Solar panels are the best way to be on the safe side. If you do not want to be left in the dark or your business to come to a standstill at some point, then solar panels are good for emergencies.
Sometimes it’s good to have emergency generators/inverters to go with your panels. Being prepared for anything. If you live in hurricane prone areas like I do these are nice to have.
Also the kits are nice to have for unexpected trips when bad weather approaches. I can’t remember how many times I would keep saying I need to upgrade by emergency kit or get something a little bigger in output but still portable. Being on the eastern coast of Florida, this is something to think about.
I’m checking out the foldables now but there’s so much nice items now it’s really a good time to upgrade.
[phpzon keywords=”emergency solar panel” num=”6″ country=”US” trackingid=”solarp03-20″ minprice=”10000″ templatename=”columns” columns=”3″]
Here’s a good video on solar generator using panels.
good morning youtubers and our commerce this is kf7 IJ said and i’m out here today because I have finally finished version two of my solar generator what you’re looking at right now are four goals zero boulder 15m panels each one of these panels is a 15 watt solar panel and they sell clips that allow you to attach them to build a raised these panels have a nice aluminum frame and then tempered glass on the top so they are water-resistant and meant for outdoor use little rugged still glass and aluminum so I wouldn’t throw them down a mountain or anything but quite handy and portable i have them mounted on a camera tripod this is a bogan manfrotto tripod that I’ve had for my photography days it was just something I had around its heavy-duty it’s ready to hold I think of 216 pounds which I think my array ways like 14 so it’s just what i’m using for this today the weather is there’s some sun by it’s kind of cloudy son’s been going in behind the clouds Daisy I guess maybe but not a 100-percent blue sky and sunday so we’re not getting maximum output and i have discovered a few shortcomings with my set up already this is the first time i’ve had this actually out in a field the I need to do something be able to adjust the angle of how far back i can tilt the panels we move around the back another hand friend of mine fashion for me using this aluminum channel is a mounting . and then he built this mounting plate Jenna know if you’ll be able to see this is just sits on top of the actual tripod head and then we’re using a these long nuts and these aluminum bars wing nuts to secure it on there it’s it’s not going anywhere I thought this would be an ideal situation because the tripod i had were 33 access control from rotational standpoint rotating very easy but the problem that I have is the vertical when I guess the tilt this is as far back as it goes and I think I need to be able to get a little flatter than that but you know that’s why we do these things to learn what comes built into the goal zero boulder 15 panels are these little boxes each box has a cable that comes out of it terminates to this bundle I don’t know it’s 46 feet of cable probably 24 gauge coax so fairly small stuff and then also on each one of these panels see if you can see there where it says chain these things are meant to be able to be chained together and you just run the cable from one plug it into the other so i have all four of these hooked up so it’s still giving me the 12-volt equivalent out the because it’s such small cabling and because at the end of the day if you’re at the last panel you’re running through almost 24 feet of cable quite a voltage drop I assume some in the process of trying to make I’ve ordered the plugs for the trading ports I’m trying to shorten each one down to two feet that all converge on a central power . bus or power Anderson power pole bus that I’m out here on this plate but we haven’t gotten there yet i tried that last night and it’s really tiny soldering and so I got frustrated so that is the array the these panels are great because they’re relatively small if i remember correctly I think there are 11 inches by like 18 or 19 decent-sized these are available online best place I’ve seen them online as amazon.com although the place to buy these if you have a costco membership i’ll add the link to the goal zero page where they show if there’s going to be a roadshow but if you catch these at a goal zero roadshow inside of a costco you can get them for ninety-nine dollars which is a good deal now one other thing I’ll point out these are monocrystalline panels which are with the current consumer technology i believe the most efficient met somewhere between 18 and 20 little more resistant to heating than a polycrystalline or any of the other port type one thing also it kind of comes to the video you’ll see the panels on the bottom have a blue tent the ones on the top have a black these blue panels are about a year old these are in a couple months old so obviously they switch suppliers the actual panels but in theory that shouldn’t actually matter at all so the array by itself is all well and fine but kinda useless so what I did is I built a power box for my amateur radio operations and let’s take a look at that further recommendations a ham form another member of i was introduced to the sportsman’s box made by a company called mtm they’re called spud boxes which is the sportsman’s plus dry box this guy was thirty-three dollars off amazon they make four versions this is the next two largest i’ll have a link to this as well the manufacturer site cuz i remember the dimensions offhand but this box is a heavy-duty plastic it’s water-resistant it’s not submersible but there is an o-ring around the main lid but a couple of unique things in addition to being heavy duty the first thing that I really liked was this lid you see this divider here i was able to install a West Mountain radio rig runner at westmount radio power check and i was able to install my power pole connections you’ll see i have green and grey green and gray is my standard for anything related to solar solar charging so what we do 400 i have a cable a little adapter that connects from their proprietary 4.84 4.75 millimeter plug to Anderson power poles i have a what’s up meter right now you’ll see that the panel voltages of 19 volts right now but there’s no load so come down here and again these ports are for getting to the solar charge controller will show you in a moment the red and black or for connection to the battery to run the power meter in runner [Music] so if i plug this in you’ll notice now that we have a load on getting 42 wats off of what should be a 60-watt array almost three amps of current and it’s running being drawn down to 14.9 seven volts now so we’re running about two-thirds efficiency I blame some of that on again the small gauge cable the array some of the fact that the Sun is not 100-percent out and strong today and some of it might lack of being able to aim this properly but the idea behind this box was that I wanted to build a unit that I could basically run a hundred watt VHF radio at field day without a generator you get in the amateur radio world we have a yearly exercise called field day and it’s designed for us to practice our emergency communications capabilities I wanted to be able to run a station completely without a generator even though I do have a honda to kilowatt generator and this was a setup I came up with so that’s the lid of the box no one thing I’ll add i have 2 20 amp our batteries i got from Batteries Plus in the bottom of the box and parallel giving me 40 amp hours of capability last night I ran the computerized bandit battery analyzer on it ran it down to 11.8 bolts which is where our amateur radio stuff stops working and found that i got 30 amp hours of usage at a 1 amp draw which means i could run my radio and receive for 30 hours just with the setup here without even replenishing the battery which is quite good let’s take a look inside alright so here’s the interior of the box right now it’s pretty sporting what I have here is a morningstar son saver maximum power point tracking charge controller he left two connections are to the panel and I have them running up to the green and gray powerful connections on the box the middle to go to the battery which I’ll show you that down below the two to the right of that are actually made to attach a load the reason that i’m not using that function right now is this thing is only rated for 15 amps my the the hf transceivers i use can drop 20 2 amps at a hundred watts for something like CW or FM which the batteries can handle the charge controller could not so i had to bypass that which is kind of a shame the other thing i have is this morning star remote meter which this thing plugs into the charge controller via phone cable basically and it basically tells me you know what voltage is running is the controller that loading the panels to right now we’re getting over three amps i don’t know if you can see that 3.15 amps occur into the battery i believe and then there’s a quick gauge a red yellow and green that show you the health of the battery which is also on here the other nice thing is that if this were charging my load it would cut disconnect the battery at 10.7 volts which sealed lead acid batteries you don’t want to discharge below 10.5 this tray came with the box and is removable and down below are the two batteries now one thing I still have to do is I do need to get a some styrofoam or something to which those in a little better so they can’t move around but all told I am very happy with this project and the best part is is that with the exception of the things coming out of here I’ve had to drill no holes in the actual box so the box still is waterproof resistant with that late close as I mentioned I during this thing down to 11.7 volts or eliminate volts for my test last night actually gonna stay out here and see if i can get recharged and I we’ve been charging for I don’t know about 40 minutes now we’ll take a measurement here in a bit and see what the batteries are up to so let me know if you have any questions as always i look forward to your comments and hopefully there’s something to be learned from all this i will add links to everything that is in this box in the comments and thanks for watching 17 actually I thought of a couple more things to add so as I pointed out be this is a maximum power point tracking solar dr charger controller these are a bit more expensive by this guy was over a hundred dollars i don’t remember what i paid like i said i’ll put that information in the comments but the reason you want a maximum power point charge controller is it isolates your solar panels from the battery and what that ends up doing for you is it allows it to keep the panel’s you know solar panels want to be between 15 and 18 volts so it allows you to receive all the power off the things are off the panels that whatever amperage they can put out medical response times amps equals power it can then take the higher voltage and convert it down to the appropriate voltage for the batteries and the results as you get more current into the batteries if you buy a less-expensive charge controller what it ends up doing is the battery is not isolated so it actually pulls the voltage of the panels down whatever the batteries at and you have wasted you’ve wasted power I there I’ve seen some really good sites that explain what these do so i’ll probably try to include a link to that either in this part of the video also in the comments but yea maximum power point tracking charge controllers are the best way to get every ounce of power out of your solar array another couple things about this particular model is it can track it has a temperature sensor built into it a little guy know if you can see that but it also allows you to hook up an external probe connect your batteries i think this thing is really expected to be a lot further from the batteries than what i have but what’s neat is an addition to being able to hook up the meter that I have I can also have an interface i can plug it into a computer i think this thing will log 30 days of data and you can download all that data and graph it charted if you’re really really really interested in tracking performance of your unit one of the thing I’ll point out you’ll notice i have room in that train of course I can throw cables or the wats up meters which are really one of the most indispensable tools you can have the battery’s probably won’t see this very well i have a couple of fuse connectors determinate two power poles and you’ll see i have a powerful jumper running the lid this just gives me flexibility to be able to disconnect that for whatever reason or plug other things and now also with that extra space if I wanted to there’s plenty of room in there to install either a West Mountain radio power gate PG 40s which is a it’s a neat little device it’s basically a ham radio ups you plug the battery in the one side of it you plug a 13.8 power supply into the other and then it has a center tap output that goes to whatever you know directly to a radio or to a reg run or whatever it’ll act as UPS because if you lose mains it will automatically switch your load over to the the battery which is nice but it also has a four-stage built in charge controller so i could do that I the other thing that I have for this box but it’s not out here is a battery tender marine version which is waterproof and also outputs 5 amps which makes charging these guys pretty fast the the other thing i have those i have a West Mountain radioisotope power which is a unit that’s designed to be an automotive battery isolator so i could technically install that in here so that if I ever needed to charge this box off of the vehicle i could so I haven’t decided yet if i’m going to install something permanently or you know I can just leave the boxes in here loose and use them if I need them of course normally with this I would have a lot of jumper cables different things to hook my set up two so again if you have any questions please let me know I very much enjoyed building this the first version of this box was just a group 1 power box sold an auto parts store made to hold a 33 and power battery now the biggest upgrade i made besides the boxes i went from that battery because it just didn’t conveniently fit inside the box i chosen to use but it was a 33 and power battery that I tested on a 1 amp draw down 11.8 bolts will give me about 22 empowers power like I said moving up to 40 gave me 30 so that was that was an unexpected bonus even though the batteries were more expensive than i would have liked but anyway take care of 73
How it Works
Having an alternative source of energy is very important to keep you working even when others face power shortages. Solar systems provide clean energy and the installation costs are relatively friendly. In addition, solar components are well designed to meet durability standards hence little maintenance if any may be required.
Camping Solar Panels that have been located here
$k = ‘ Camping solar panels’;
echo get_ebay_text($k, 10, “”, “1”, “1”, “”, “”, “”,”1″);
Camping solar panels are an excellent solution to power up your batteries while camping since they are noiseless, easy to use, as well as eco-friendly. Power generators are a typical solution to power up batteries in the shrubs. However, these are loud, smelly, heavy, and more awkward to carry around, and their use is prohibited in various isolated camping areas. Camping solar panels do not produce any sound. They also do not give rise to any odors allowing it to be folded up as well as carried quickly.
Consider camping solar panels as being a single leg of a 3-legged stool – the extra pair of legs being battery packs and home equipment. You will need all three alike for the stool to get into a standing position. Hence, your solar panel systems must complement your home equipment as well as your battery packs. Initially, you are required to determine how much energy you may need every day. If you happen to be camping with a 12-Volt refrigerator, this is susceptible being the largest power consumer.
By using camping solar panels, they encounter far more mistreatment compared to the versions on your roofing at home. Because it is folded as well as delivered and transferred around you have to be sure you possess high-quality aluminum framing, well-padded carry bags, reliable hinges not to mention durable handles for transporting. Adaptable camping solar panel systems are convenient to take – just make certain they utilize strong components, flip up nicely and include a classy carry bag.
Obtaining fantastic energy performance is not merely about the cells – it is advisable to possess a high-quality control that provides you optimum performance and is situated just as close to the battery packs as can be. Camping solar panels are among the most convenient tools to carry with you to have an enjoyable camping without having to deprive yourself of restricted use of gadgets.
Here’s a few online:
[phpzon keywords=”camping solar panels” num=”6″ country=”US” trackingid=”solarp03-20″ minprice=”4000″ templatename=”columns” columns=”3″]
Cool video with explanations and how he obtained it. What to look for.
I’m building a portable solar power supply to use on my boat so throat mic a quick video showing how it’s done this kind of setup can be used for camping motorhomes boats or if you scale it up can be used as an alternative power supply for living off the grid I got all the parts are made from ebay for around two hundred doors and i’ll be using an old car battery to store the power from the solar panel a 40 watt 12 volt solar panel should be all I need to pull my fish finder gps lights radio water pump and a few 24 year old appliances if I was running a refrigerator hard need at least a hundred watts of power inverter converts 12-volt DC from the car battery into 240 volt AC 110 AC if you live in the States this one is right it – 1500 watts it came with these other leads to connect directly to the battery but i’ll be adding a hundred and circuit breaker to give it some overload protection this is the brain of the system 30 and charge controller you can take the solar panel and battery to it and charges the battery to the correct voltage when the battery is fully charged that Willie the disconnect from the solar panel or direct axis power to the lower part which you can use the heat water charge another battery run at 12 old appliance or control a 12 volt really connected to the inverter to run AC appliances being 30 amps means i can add more solar panels as needed the 40 watt panel i have only makes about three amps maximum this is the dog block all that to the positive wire coming from the solar panel it stops any power leaking back to the panel when the sun goes down some panels have this built-in already say don’t have to worry about it and the waterproof plug for when I want to disconnect the solar panel i’m using an old car battery to store the power from the solar panel and run the inverter it has a fairly low capacity so a lot of great to a deep cycle battery eventually first of all connect the battery to the controller make sure to connect the wise to matching terminals positive positive and negative 2 negative the controller screen should line up and show the battery status I’ve already connected the dye block to the positive wire from the solar panel I don’t know its power for one way so no power is lost at night when the panel isn’t charging if the panel has this built and you won’t have to worry about the step next or the waterproof blog between the panel and controller usually add solar and see all connections but for this demo I’m using terminal blocks the other end of the lead from the panel is connected to solar and put on the controller I’ll plug in the solar panel face it towards the Sun should start charging you can see here this panel is putting out 1.8 m switch the controller’s feeding into the battery it’s pretty flat so we’ll take what we want a fully charged and the Sun is low on the horizon so output is quite low and full Sun would see closer to 3 m’s the good thing about this controllers you can adjust all the parameters by scrolling through with the mode button so let you choose the threshold for when the Lord comes on when the battery is full and when it cuts out again and you can adjust when the solar panel stops charging watch your selected battery voltage has been reached I’ll use this 12 volt spotlight to demonstrate how the load function works i’ve set the load threshold before involved so when the battery reaches this level of control our sins exist power to the spotlight into a voltage drops a 13 point 5 volts this prevents the battery from other charging and that you use the excess power for the things you could charge another battery heat water control relay to use AC power from the inverter before connect the inverter to the battery about a hundred amp circuit breaker to the positive lead this should cut out before any damage is done to the inverter of it overloads when connecting the leads to the inverter and make sure they go on the right terminals red to positive and black to negative we’ll turn it into a blue smoke generator you can see when i switch it on it uses some power even with no load so that’s something to be aware of if you’re not using that switch it off or have the past which controlled by relay so let’s put it to work I’ve got a 710 what drove here that should only draw a few hundred watts when free run hands up with these next up and absorption fridge freezer not the most efficient design they have a little heating element in the back there easy that’s for be drawing about a hundred watts now I’ll try the 800 watt toaster not a problem and theory that should squeeze out 1500 watts but unlike to push it to its limits the battery is feeling it down to about 10 . volts that sound you can hear is the fan keeping the electronic school so that’s all there is to it how to set up a portable solar power plant if you’re not confident working with high voltages best to get an electrician to check your work
Camping Solar Panels that have been located here
$k = ‘ Camping solar panels’;
echo get_ebay_text($k, 10, “”, “1”, “1”, “”, “”, “”,”1″);
UniSolar Panels Unisolar makes state of the art solar products. Established in 2007, producing systems such as Roof or Panel Grids on Mounts. Unisolar technology has an integration process that reduces electric consumption in the process of collecting light and inverting it to usable electricity.
They are also known for Solar outdoor lighting systems as well as portable charging systems. They even produce solar traffic and street lighting equipment. Since 2008 Unisolar has been making peel and stick solar panels that are in demand. Some are used as roofing since it has a 185 mph wind rating.
Unisolar makes nice peel and stick solar panels also. Very flexible and in demand at the moment. You can carry around easily or put in a cart, back of truck, it’s endless how maneuverable these are. They work great in low light situations also. I haven’t read a lot on how well they work when partially blocked but since they are portable that shouldn’t be too much of a problem. (if you’re go with that type)
There are other unisolar panels available. Wind is quickly becoming less of a factor with a lot of solar products these days also. Here’s the real reason I like them. Unisolar has some models that are glass free. Not worrying about cracked cells by getting hit too hard is a huge plus. Use them anywhere, RV’s , boats, cabins, even moving around in the yard or patio. They are made in the United States so shipping and any problems can be quickly addressed.
Unisolar is known for working in all kinds of situations. Partial shade, hazy days, etc. The PVL-128 and PVL-136 are popular model numbers but any of them really are a good deal. Even know Unisolar went under you can still find their stock on different sites.
It has a fantastic reputation of holding up from continuous use. Output stays good. There are precautions but overall it was/is an excellent panel to locate. It’s widely known that when Unisolar threw in the towel there were stockpiles of inventory around like I was saying earlier. The good news is places like eBay has lots of it…SEE ABOVE
Sometimes you can find really good prices for several of these panels. You can consider them new, they may have some years of sitting someplace but they were made so well it’s defiantly worth looking in to. You will want to make sure the voltage output of the panels is what you can work with but a lot of people figure this out because of Unisolar reputation of holding up. You will all your external components to match up like controllers and inverters.
Some panels are made with MC3 connectors and some with MC4 connectors. Some just had 2 wires out of the bottom. Like any business that is no longer around, Unisolar panels will have to warranty but they are known for lasting decades so this shouldn’t be an issue unless they are damaged somehow. Some people refer solar roof shingles because of their 18 foot length. The way they would lay out on the roof.
Some people buy a whole pallet of these panels when they can find them. It’s another reason I constantly check out eBay because that is where they show up lots of times. Their portability is excellent. They have been know to withstand being rolled up again and again and still have excellent output. As their legend grows because of all the good reviews on the net, the prices on anything unisolar is going to go up.
As I was saying earlier about Unisolars shingles (if they can be found) are in demand. They have received awards like Popular Science’s Grand Award and the Teleological Innovation Award by Discover Magazine. Almost anyone in solar envisions the day that solar components on a roof serve double duty as protection and a generation point for electricity. You would think this would be common place but not quite yet. Unisolar shingles have a blending pattern inherent as traditional asphalt shingles. From my research, UniSolar products are not affected by temperature as much as other brands. In an optimized system they have been know to outperform similar brands. Some reports talk of 20% more output whit factors of shade and cloudy days, etc.
This is a cool video. This gentleman is has some good shots of his 2.7 KW Unisolar panels on the roof. It’s a good breakdown of the system. Also discusses future plans.
Welcome back to the roof folks. Well I’ve got the battery compartment open for maintenance. I thought I’d explain the whole solar power system to you. I’ve got roughly 2.7 kilowatts of these uni solar flexible self-adhesive panels up here. They’re designed to go on a 16-inch standing seam roof running this way down here to the flat surface between the ribs but this is working just fine. That’s roofing is a good asset price is the same gauge metal and paint. Those panels are connected in strings of three in series with groups of three or brought back here to this panel and paralleled. Each get their own breaker and go out this conduit and the equipment room there it is with the first cover and moved here. The breakers one more for later actually going to need to get another one for later the plan to put six more panels on here over in that area and with the final cover removed you they’re all the negatives joined together in that bar panels grounded they’re all the positives run through the breakers coming in from the panel groups here and out the top to these bars combining it to this 8-gauge we’re going inside that’s running roughly between 80 and 90 volts when producing power lines coming from the roof and go through this disconnect for safety and serviceability and i am able to run 80 or 90 volts thanks to this MPPT charge controller which then converts it to the appropriate voltage to charge by 48 volt battery bank go through another disconnect this one with fuses and how to the batteries one set of wires coming through the wall over there from the charge controller is paralleled with these groups of three equal and players from each end of these series’s the battery’s eight of them and series here three groups of eight and parallel then the three strings of batteries and charge controller come together top of this great old time fuse holder and disconnect that i will not pull an out-and-out to the inverter which powers this sub panel replaced all of the circuits to be powered by solar this inverter is also a battery charger you run out of solar power and want to charge the batteries back up like red turn on this breaker here that would supply power to the charger and on through to the subpanel that was previously solar-powered and if the grid was to shut off well you have a great power on through this thing it would automatically transferred back to solar power battery power however you do it it has its own transfer switch that’s fast enough not to disturb anything automatic backup with this system were able to power just about everything in this small house including 200-foot well pump leaving out the dryer that would be silly and the water heater explain my plans of in previous video in the summer powers a couple of these little window units handle most of the cooling the central air can be powered either way through this transfer switch from my previous video is the central air outdoor unit is powered from the garage panel have this switch to decide what to paint the garage from course this battery compartment is normally sealed up so that the gases event outside through the roof and I think that’s about it thanks for watching feel free to post any questions
Another do it yourself with a flexible solar panel on an RV…I love these types!
hello everybody hope your summer is going great you know mine is so far it’s been pretty busy but today I got some time it’s Saturday and it’s pretty nice day sun’s out slightly so my neighbors are out frantically cutting their grass weed whacking doing all those things that I normally would be doing but today I’m going to take on a different kind of project project for good ol RV here you know to me nothing’s as exciting is harnessing the raw power of the Sun to generate electricity now in order to get power for the Sun you’re going to need a few things obviously some kind of solar panel or collection device you need a charge controller and it’s going to hook to your batteries and you need some cabling and you have to figure out how to run that wire within your RV so this is a different kind of a panel that I picked up from a company called yuna solar actually I got it on Amazon for a steal it’s flexible pieceof on the bottom so it’s going to stick right to my roof and you won’t even know it’s there and this one generates 128 watts and I’m really excited to put it to use so I’m going to go ahead and get started I can’t wait to see how it turns out okay so now I’m up on the roof of the Motorhome and I’ve gone ahead and laid out the panel the way it’s going to look on the roof it’s not stuck to the roof yet but what I want to do is just test all the connections and make sure it’s going to be charging okay like I expect so here’s what it looks like I’ll laid out on the roof you can see this one’s kind of long and it it’s actually 200 and about 215 inches yeah the really cool thing about it is it’s just really low profile and it’s a you won’t even notice actually looking at it from the from the road so I already comes with connections that are going to connect to my charge controller what I’m going to do is I have a an old RV battery with the charge controller hooked up to it so I’m going to go ahead and test the the connections to see if it’s actually going to charge right now it’s a good see it’s really not that sunny out so I probably am NOT going to get a whole lot of current running through it but but it should be plenty to test so let’s go ahead and go down and add go to the battery okay so I’m back on the ground now and what I’ve got here is a two connections coming up with a solar panel so what I can do it’s not connected anything yet what I can do just see what kind of voltage I’m getting out of the panel before I hook it up to the charge controller okay so even with some cloud cover I’m getting about 41 point 6 volts out of this panel so now going to go ahead and set it up to my my little test battery here and check the connections and before we actually hook it up to the RV okay now I’ve got the solar panel hooked up to the my MPPT charge controllers is a 30 30 amp controller I don’t this panels not going to generate up to 30 amps but a you know it’s good to be safe so you can see right now I’m checking the on the controller side I got my voltage meter hooked up to the incoming panel connections positive and negative you can see it’s kind of fluctuating right there between 22 and 25 volts so what did what the charge controller did is it a kind of increased my current and reduce the reduce the volts on the panel so this is a more intelligent controller that’s going to basically optimize the output of your panel and that’s what the MPPT controllers do more about that on the blog I’ll put some more information about MPPT I have to learn about it pretty cool stuff so now if I look at my actually you can see that the blinking light there means that it’s charging that the MPPT is working I’ve got the output charging this battery so I’m going to go in the battery side and you’ll notice that my voltage on the battery is kind of steadily climbing 20 mils 12.7 I was twelve point eight and I was twelve point nine and that’s what the MPPT algorithms do is they just kind of gradually start increasing the voltage on your on your battery and while also giving you more current so it’s sucking more current out of the incoming incoming volts from your panel so it’s getting the most most out of your panel you’ll see some of these listed as a 30% boost in performance these MPPT controllers so this is a fairly inexpensive one I paid a little over $100 for it you can certainly get some really expensive one so this one seems we working fine as long as you don’t as long as you connect it to according to the instructions so yeah so my test seems to be working pretty good I’m pretty happy with the hookup so now I all I have to do is basically put the panel on the roof clean the surface get it stuck down and run some cabling it’s going to be the hardest part I think is going to be is going to be running all the wiring into the inside of the coach and hooking it up so I’m going to go ahead and get started okay now first things first getting ready to put the handle down on the roof but before I did before I do that I went ahead and made sure the roof was nice and clean he uses his camco rubber roof cleaner I want to start with a nice clean roof because this thing’s going to be down somewhat permanently so now I got a nice clean roof and I did this another day and now I’m ready to go ahead and lay the panel out the way I want it and get it to get it adhered to the roof so go ahead and do that get exciting okay so now this panel is on the roof and it’s on there for good so it’s not moving so next step is to do some wiring and I’m going to run the cables let’s see it comes with the pre-wired cable so I have some summit cables that you saw earlier and I’m going to go ahead and run those over to already figure this out run this over to this event and hopefully run it down you have to maybe drill enlarge this hole a little bit and it should come down right near my bathroom which should be able to run it too near where all of my power is so so that’s the next task is to is to pull some cable and I’ll tidy all these things up later looking good huh okay so I’ve successfully run the cable from from the solar panel down through the wall through these little cracks and crevices into the kind of the belly of the beast here this is where all the power comes in and my inverter is here and I know how I’m going to hook this up so I’ve made this fuse thing right now so I’m basically doing a bunch of wiring and I’m getting this getting this thing all wrapped up I got my charge controller here it’s going to be mounted kind of out of the way my wife thinks this is kind of ugly so I don’t really want to put it in a place it’s not going to be readily seen so here’s a picture of the crime scene so all the electronics most electronics in my rake anyway are are located under my bed in the bedroom area so here’s my converter there’s the automatic transfer switch okay I’m going to be hooking up the a charge controller to my battery through this connections through these connections down here and so yes I got kind of a lot of stuff laying around doing a lot of wiring right now and looks kind of like a mess so if this kind of scares you then this project is probably not for you you kind of have to know a little bit about how your rig is wired and especially where the power comes from anyway I’m going to continue on I’m going to get all this wiring done and should be able to wrap this up pretty soon and at least get to where I’m charging right now I have all the power shut off batteries are disconnected all the short powers is connected so god be safe right and we’ll see how it turns out so we’ll check back when I’m done okay now everything’s hooked up and everything seems to be working properly so it’s about time to put the wraps on this project but let’s go see how everything turned out so let’s take a look at the charge controller as I mentioned earlier I wanted to mount it somewhere out of the way because it’s a my wife thinks it’s kind of an eyesore I didn’t want to spend hundreds and hundreds of dollars for a really nice flush mounted one so this one will do works just fine so we take a look at it you can see that the blinking red light indicates that it the panel is charging my batteries batteries are pretty well charged at the moment and you can see where I’m on and it’s kind of right right under my bed out of the way but still accessible so the hook-up on this is pretty easy I’ve actually have actually been messing with it for a while now let’s go up on the roof and take a look at the panel finished product see now when it’s sunny out I get real excited knowing that my batteries being charged in the solar panel is just getting that free energy from the Sun let’s take a look at the panel so I you know showed you earlier I got it all mounted and stuck to the roof so a few finishing touches here I painted the cable companion white so it kind of blends in I ran it down into that vent put a few clamps on it so it’s secured nicely to the roof and then I finished up with some some of the self leveling a rubber roof sealant around the edges just to give it a nice finished look and I also put a couple clips here and there just to ensure that it stays securely fastened to the roof I love how this panel is flush mounted to the roof so from the ground you won’t even know it’s up here and I’ll have some ice or you know issue with wind or something rattling around on my roof so I’m really happy about the design and efficiency of this panel pretty cool you know taking a look at my number two battery here as you you may not know it but when might when I bought my coach it came with one battery so I installed a second battery the other ones on the other side of the RV so I got a little meter up here so you can see it’s teetering right between 12 point nine and 13 volts which is a pretty good charge so solar panel is working keeping my batteries topped off and and that’s a good feeling knowing that it’s not even plugged in to shore power the batteries are staying nice and topped off and nice and full so pretty cool so this project is all done I’m really happy with the way it turned out you know is actually a lot less complicated and a lot two went a lot smoother than I thought it would probably due to a lot of the planning I did making sure that I was doing the right thing so now I can’t wait to get out and do some do some boondocking and some camping in the Sun knowing that I won’t have to run my generator as much to keep my batteries charged up so if you want more information about this project and other projects is it RV with Tito calm and as always happy RVing everybody you
The importance of keeping your new panels clean at all times:
Power capability of a solar panel can be decreased up to 30 percent when it is dirty. So keeping them clean is very important to get maximum output. See manufacture’s website for tips on cleaning correctly to get years of service out of your panels.
But once they’ve reached their peak and start declining in output, most of the parts in solar panels can be recycled. Recycling includes semi conductor materials or glass and large amount of non ferrous and ferrous metals. Some private institutions and non profit organisations are currently involved in recycling operations of solar panels. Recycling possibilities will be based on what kind of modules is used that is silicon based modules or non silicon based modules.
UniSolar Panels that have been located here
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