An SAE connector accommodates typical electrical loads such as 12-volt power, radios, and electric circuits so you can safely power any DC system. You may also need alligator clips just in case you need to hook the panels directly to your batteries. The Solar Panels should also come with MC4 connectors that allow you to connect to other panels in parallel or in series in case you need to upgrade the system.

Important Tip

Always remember though to keep your batteries charged during the day to prevent you from any unexpected circumstances at night that requires the need for electricity. So when you use your portable radio, laptop, cell phone or flashlight they will immediately recharge when plugged to a solar charger.

Ecoworthy 120W Foldable Solar Panel

If you are looking for a budget high-performance lightweight Solar Panel then the Ecoworthy 120 Watt panel is the one for you.  While most 100-watt panels weigh 20 lbs or more this solar kit comes in at just under 10 lbs.  This reduces your effort in moving the panels for mounting and makes them truly portable.

Made for DC charging it comes with 10 DC Adapters that are compatible with most power stations including Jackery and Goal Zero power stations and most laptops.  It also comes with a 20A charge controller with two 5V USB ports that you can use to charge your phone or tablet.

The Charge controller comes with an LCD Display screen that allows you to monitor the output from the solar panel.  Some controllers don’t have a display and it is hard to tell sometimes if the system is working only to find out once you realized the battery was not charged.

To get more energy out of the panel you use the tilting kickstand that allows you to get 25% more energy than a flat panel. However, in case you are unable to use the kickstand for whatever reason you can use the 4 buckles to hang on your RV or Caravan.

Pros

Easy to Store

Can charge Power stations

Portable

Sufficient amount of energy

Charge Deepcyle Flooded, AGM and Lithium-Ion batteries.

Cons

No bracket to adjust the tilting angle

The Ecoworthy 120 Watt Solar Panel kit is also a great starter kit for Solar enthusiasts and you just need to add a 30 ah Lithium battery to have a full solar kit.

Renogy 100 Watt Solar Panel Kit

Built for Battery Charging the Waterproof PWM Charge Controller has 5 stage charging process – Soft start, bulk, absorption, equalization, and float. This ensures overcharge protection and can leave the system charging your battery without having to worry about it spoiling your batteries. 

You can also use it safely for your boat battery as well and maintain most types of deep-cycle batteries.  It is compatible with AGM, Gel, and Lithium batteries.  

With an Aluminum frame, a heavy-duty handle, and a protective casing it’s built for longevity and can endure rough handling of the outdoors. The protective casing also makes sure you can move around with the panels without incurring any damaging the sensitive panels with corner protectors and ionized frames.

Its Foldable Design features two 50-watt panels that combine to make the 100-watt panel. The waterproof charge controller is mounted at the back with the IP65-rated junction box.  

Pros

Sturdy Design

Portable and foldable

Waterproof Charge Controller

Inbuilt Kickstand

Cons

Weighs just under 30 lbs

Rockpals RPO82 100 Watt Foldable Panels

Rockpals RPO82 portable panels are a panel for your portable devices.  With 5 different sizes of DC connectors, it is compatible with most power stations. It also has a 24-watt USB 3.0 and a 15W USB for Type C devices that can fast-charge smartphones and tablets.  This means you won’t have to wait long for it to charge your phone, if you hook up your phone when there is plenty of sunshine you can get an iPhone up to 50%in just under 30 minutes or less.

The Parallel connector allows you to connect two solar panels for twice the power.

Great for the outdoors it is built with Oxford material and is waterproof and can withstand all weather conditions. It is also made with a highly efficient monocrystalline panel that performs well in cloudy conditions.  It is mountable with a kickstand or metal eyes that you can hook up on your RV or trees.

Pros

Compatible with most power stations

Foldable into a briefcase

Fast charging for phones

Comes with 4 in 1 cable and a Parallel adapter cable

Cons

Does not come with a charge controller

Price

TP 100 Watt Solar Foldable Solar Panel Charger

With dual 5v USB ports (2.0 and 3.0) and a 19-25v output, the TP Solar Panel Charger will not only charge your RV Batteries but will also charge your phone and tablet and is a great option for charging laptops with adaptors that is compatible with most pcs. An in-built smart ic chip in the solar panel detects the device plugged in and ensures maximum charging speed for the device. 

A great emergency companion when going off-grid is the 14.5V DC output that can directly charge your car with a cigarette lighter or the alligator clips. If you are using your car when camping you can avoid having to jump a dead battery using this panel to top off the battery and be ready to go.

Weighing at just around 5 pounds it is a lightweight foldable solar panel that is easy to carry. It is made of EFTE Material making it waterproof and durable.

Pros

Lightweight

Compatible with most pcs and laptops

Easy to carry

Waterproof

Cons

Low wattage compared to its rating

Zamp Solar 140-Watt Solar Panel

If you have one of the new versions of campers that come with a Zamp Solar port already pre-installed this may be the solar panel for you.  This is a high-capacity 18-volt solar panel that can produce up to 7.8 amps.

Made in Bend, Oregon these panels are handcrafted for rugged use in the outdoors. The Zamp 140-watt solar panel can produce sufficient energy even in cloudy conditions.

It is easy to install you just have to unzip the case and unfold the panels. Pull out the legs of the kickstand and place them in a favorable position.  You can use the SAE connector to connect the Zamp port or use the alligator clips directly on your batteries.

Pros

High Capacity

Easy to install

Weather-resistant charge controller

Cons

Pricey compared to the other solar panels

Solar energy advantages in recent technology have allowed portable solar panels to become an easy way to utilize solar power on the go. Solar panels are quiet, clean, and simple to use. They typically have few moving parts, so there is very little that can break or need repair or maintenance. The panels produce DC current by converting sunlight and some even work in shade and on cloudy days. Installing a solar panel system will maximize the life of an RV’s batteries.

Add a Power Bank with your Solar Panel Charger

A Power Bank takes the unstable solar panel input and converts it to a more stable DC output which can be used to charge your gadgets with minimal disruptions. Low-capacity power banks, like 5000mAh or even 10000mAh for small devices like mobile phones or tablets. In general, these units are capable of recharging your phone two times from 0% – 100%.

The smaller ones around 2000mAh cannot recharge your device completely but they still contain enough power to give it a bit of energy while on the move. You can easily make out how much battery capacity a power bank contains from its size or weight.

The more powerful ones range from typically around 10,000mAh to 25Ah and upwards. At this level, you might be able to charge your laptop with them if it’s not too big of a model (and requires around 55W at most). Some models come with a second USB output to power another device while charging itself via a solar panel or wall socket.

You could even use two connected ones in series to get more energy for something like an electric scooter or bicycle, though normally these packs have enough juice already even for bigger applications like laptops. There are also some bigger units with a whopping output of 25000mAh and more. These might be big and heavy but they can definitely handle your laptops, not to mention keeping it running for some hours (not very long if you’re using it at the same time).

How long does it take to charge a solar panel?

To charge a 10000mAh from 0 – 100% is typically around 3 hours with a 20 Watt Solar Panel. This can be faster in the middle of the day with direct sunlight.

Types of Solar Panels

The three main types of solar panels are Monocrystalline, Polycrystalline and Thin Film panels. Each type has its own distinct advantages and disadvantages. They also vary in the cost per watt for their electricity generation capacities. The size of your installation will determine which solar panel is most suitable for your job.

Monocrystalline Solar Panels

These are usually black, blue, or grey in color with a shiny surface that looks similar to glass or metal. They contain large amounts of pure silicon that have been melted into boules (cylinders where the material is forged). A single crystal is then sliced out of these cylinders to produce monocrystalline cells. When exposed to sunlight, these slices produce electric current as electrons are drawn off to create an electric current.

Advantages – Monocrystalline solar panels produce the most electricity per square foot of any panel on the market today due to the large amounts of pure silicon used in their design. They are also more durable compared with other types of solar panels because they have a lesser chance of cracking or breaking with normal installation practices. Also, they are able to perform better than other types of solar panels when temperatures become very hot since they do not lose efficiency as much as others might under extreme heat conditions. These panels are therefore the most efficient type available on the market today and work well in areas where there is plenty of sunlight throughout the year but also occasional periods of high, hail or heavy rainfall (which can damage other types of panels).

Disadvantages – As the name implies, monocrystalline panels are made from one single crystal wafer which is then sliced to create multiple cells. While this makes for a very efficient solar panel, it also means that each individual cell must be connected together inside the panel in order to create an electric current. This increases the number of connections within each panel and reduces its overall efficiency slightly. Also, since all of these cells are bound together, they cannot bend or flex easily during installation because doing so can cause them to break under their own weight. This makes it more difficult to install them on curved roofs without special attachments. Finally, monocrystalline panels are usually more expensive than other types due to the sheer amount of pure silicon used in each individual cell.

Polycrystalline Solar Panels

These panels are usually darker in color than monocrystalline cells and have a rougher surface. They are made from melted silicon that is then poured into square molds to create ingots, which are then sliced into wafers just like monocrystalline panels. When exposed to sunlight, polycrystalline cells produce an electric current because electrons flow easily off the silicon wafers due to their smoother structure compared with other types of solar panels.

Advantages – Polycrystalline solar panels make up about 20% of all solar panel installations today because they are more efficient than traditional crystalline-based panels and cost less to produce. They work well in areas with a lot of sunlight but also a good amount of cloud coverage throughout the year, making them a good choice for most installations.

Disadvantages – Polycrystalline solar cells have a rougher surface which means they reflect more light than monocrystalline panels do. This can reduce their overall output by as much as 10% compared with other types of panels under direct sunlight, although this gap is closed during periods when there are clouds overhead because polycrystalline cells absorb more light than others (they’re black after all). Finally, these panels cannot handle extreme temperatures very well since they use an inferior silicon alloy; this makes it difficult to install them on roofs that receive direct sunlight in summer and shade in winter, which pigeonholes them into certain locations.

Thin Film Solar Panels

Thin film is perhaps the newest type of solar panel on the market today and are made using cadmium telluride (CdTe) or copper indium gallium selenide (CIGS). They work basically like traditional crystalline panels by absorbing sunlight and converting it into an electric current; however, these panels are much thinner than others because they do not use silicon wafers to create electricity. Instead, sunlight is absorbed directly onto a light-sensitive material that converts it into energy.

Advantages – One of the most significant advantages offered by thin film solar panels is their flexibility since they can be easily bent or curved during installation without breaking or cracking under their own weight. They are also lightweight, which makes them easy to transport and install. Since these panels do not need silicon wafers to operate, they are less expensive than crystalline cells; however, this comes at the expense of their overall efficiency (which is about half that of traditional monocrystalline panels).

Disadvantages – Although thin film solar panels come in a variety of colors (red, green or blue), they produce less electricity because they cannot absorb as much sunlight as other types of solar cells. They also reflect more light (heat) than traditional modules do due to their lighter color. Additionally, these modules are easily damaged by high winds since they are so flexible. This means that manufacturers are unable to use glass on the front surface of these cells in most cases, which significantly increases their risk of breakage and makes them relatively fragile.

How does a Solar Panel Produce Electricity?

There is a simple scientific explanation for how solar panels generate electricity. The panels are made up of small squares called cells. Each cell is like a sandwich, with two metal grids as the bread and a semi-conducting material (usually silicon) as the filling. When light strikes the surface of the cell, some of it is absorbed into this material and knocks electrons loose from their atoms.      The positive side of the cell then attracts these free electrons, creating an electric current that can be drawn out through wires to power electronic devices or stored in batteries for later use.