BLUETTI Generator Review: Do NOT Buy Until You Read This
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Glamping, camping, and vanlife are all great until you run out of ways to charge your devices and can’t send that email, upload that Reel, or get directions up.
As an ex-vanlifer, I can attest to just how tricky solar panel installation, and how even a full roof (400W) of panels isn’t a match for multiple computers, cameras, phones, and drones.
Portable solar generators are the way forward and are something you need to invest in if you want to get out and explore, without having to worry about being near a charging point. In this BLUETTI generator review, we’ll cover everything you need to know about the EB70 and PV200 so you can make an informed decision before purchasing.
BLUETTI Generator Review Table of Contents
This post is sponsored by BLUETTI UK. The BLUETTI EB70 PV200 Solar Generator Kit was sent to me to trial and photograph and was then returned. All opinions expressed in this post are my own. I never recommend products that I don’t believe in.
This site is user-supported and that’s why we use affiliate links. At no extra cost to you, we get a little bit of money when you purchase something through one of our links. Thank you for helping support ethical, sustainable, and plant-based travel! You can read more about our affiliate disclosure policy here.
Please note, we are not electricians. We think that all of the electrical insights in this article are correct, but we could be wrong! Always consult a certified electrician before you go playing with electrical things.
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What is BLUETTI?
BLUETTI self describes as more than a name. It’s “a way of life, a design philosophy, our hope for a better earth, a blue sky” and more! Their goal is to provide electronics that are a “portable, powerful source of electricity” for a community that pursues adventure so they can have power whenever and wherever they need it.
The company was founded in California in 2019 and released the EB240, on the crowdfunding site Indiegogo and in only two months raised 7 million dollars. In just a few years BLUETTI has expanded internationally and to include a wide range of products, including:
- Portable Power Station
- Home Battery Backup
- Expansion Battery
- Solar Panels
- Solar Generator Kit
- Various Accessories
They offer several varieties of solar generator packs, with options for everything from home backups to smaller kits ideal for camping trips or outdoor adventures. range anywhere from £800 to £3600.
What is a Solar Generator and How Does it Work?
Let’s get down to the basics – what is a solar generator and how does it work?
A solar generator is a device that uses solar panels to take energy from sunlight and convert it into usable current – all with just one device (and the solar panels that you plug into it). Perhaps the best part of a solar generator is its simplicity. Here’s how it works:
- Prop up the solar panels so they face into the sun
- Connect the solar panels and solar generator with the provided cord
- Plug your devices directly into the solar generator (a variety of USB types, AC, and DC) and charge
If you don’t need to charge your devices but it’s sunny out, the solar generator will continue charging via solar power (so long as the solar panels are connected) until it has reached capacity. Then, when you do need to charge something (even if it’s the middle of the night), you can plug your device in and be on your way.
BLUETTI Generator Kit (PV200 EB70) Review
It’s worth checking out these video reviews of the PV200 and EB70 to get a better sense of how to use the solar generator, but for now, let’s take a closer look at what’s in the box.
What’s In the Box?
The BLUETTI PV200 and EB70 arrive in two separate boxes – one with the solar generator, cords, and small battery expansion pack, and a separate one with the solar panel itself. You can find the official list of what’s in the box from BLUETTI here.
EB70 Solar Generator
- Electrical safety certification
- Wall plug charger (AC)
- Car plug charger (DC)
- Solar panel connectors (connect the solar panel to the solar generator)
- Backup battery expansion pack
Finally, you reach the solar generator itself. This is packaged in a separate bag and between two foam blocks, so it’s completely secure.
PV200 Solar Generator
In the PV200 solar panel box, you’ll find the folded solar panel. It’s packaged in bubble wrap with foam cushioning the sides as well. There’s no risk of anything getting damaged in transit, the packaging is clearly very well thought through.
On the solar panel, you’ll find a zippered pouch that holds additional cords that are attached to the panels.
BLUETTI EB70 Key Features
The EB70 is a fantastic piece of kit and it really essential to have just as a home backup or as a standalone power supply for car or van camping. Even for long road trips, having a way to charge phones, computers, or e-readers is incredibly beneficial. The EB70 has 10 different ports and a wireless charging pad. It’s never been so easy to work on the road.
There is also a torch (flashlight) on it which is quite bright. The only slight downside of this is the positioning is on the front with the rest of the ports, making it awkward to walk with the EB70 and use the torch forwards at the same time.
When it comes to charging the BLUETTI, there are 3 ways in which this can be done. In the chart below, you can see the variety of options and how long it takes to be fully charged.
As a tip, you can put the panels on the dashboard and charge the BLUETTI generator in this way. You can also pop the EB70 into a large tote bag and charge it in a coffee shop discretely if necessary. We had to do this once or twice when living in the van full time in order to be able to use our computers. We also charged our solar generator to full power before leaving our housesits – another great thing to try out if you’re looking for free accommodation on your travels.
BLUETTI PV200 Key Features
As portable solar panels go, the BLUETTI PV200 panels are top notch.
Adjustable Props: One of the best features of the PV200, when compared with other solar generator brands, are the adjustable snap straps and props that are attached to the back of the panels. The unique design allows the user to change the panel angle quite easily as the sun angle changes.
Sturdy Handle: Perhaps a negative of the panels is that they are quite heavy at 16.1lbs (7.3kg). For this reason, a sturdy and comfortable handle is essential and BLUETTI provides this. Don’t be put off by the weight. It’s unlikely that you’ll be carrying this set too far! It’s the perfect addition to your campervan, RV, or multi-day camping trip with a car but it’s not something you would need for one night in the woods. For that, get a small portable solar charger to keep your phone alive.
Zipper Pouch: Another pro of the PV200 is that the cords which are built into the solar panel are contained in a zippered pouch attached to the back of the panel. You can also store additional cords in here to keep things organized.
BLUETTI Discount Code and Sales
It’s no secret that BLUETTI products aren’t cheap. You can click here to check for any current sales, but I also recommend signing up for the email list below and when we hear about any sales or discount codes, we’ll shoot you an email!
BLUETTI EP500 Solar Power Station User Guide
Home » Bluetti » BLUETTI EP500 Solar Power Station User Guide
Sub PanelUser Manual
Please read this manual before use and follow its guidance. Keep this manual for future reference
- Indoor Outdoor Installation.
- Compatible with BLUETTI AC300 and EPSOO/Pro.
- Support single and dual EPSOO/Pro or AC300 connected to generate power at 120V or 240V.
- Features inspection function. When the Sub Panel is required to be over-hauled, the load on Sub Panel can be powered via the grid.
- Safety is ensured, and Sub Panel will prevent overloads.
For users with Single EPSOO/Pro or AC300, please connect the load to SubPanel.(Chapter 3.1) For users with Dual EPSOO/Pro or Dual AC300s, installation and enabling split phase function. (Chapter 32
1.3 In The Box
The user must contact the dealer if the unit is defective.
1.4 Quality InspectionCheck the unit before shipping.
1.6 SafetyThe user manual contains safety information to make you aware of hazards and risks associated with Sub Panel and how to avoid them, and instruction about installation, operation, and maintenance.It is essential to read and understand these instructions thoroughly before attempting to start or operate this equipment.
2.1 Preparation2.1.1 ToolTools for installation of Sub Panel
Figure 2.1.1 Tool Requirement
2.1.2 WireThe wires connecting the home circuit to the Sub Panel are required as the chart below. The length and size of the cables are determined according to your needs and actual installation environment
2.2 InstallationThe cable for connecting AC300 or EP500 series with Sub Panel contained in the package, please follow the instruction.
- Take out the screw from the front cover of Sub Panel and remove it as Figure 2.2
- Drill into the wall according to the size of Sub Panel. Type A – Mounting: 4PCS Expansion Screw for concrete wall, tapping screw for wooden. Type B – Hanging: 2PCS Expansion Screw for concrete wall, tapping screw for wooden.
- Mount the Sub Panel. Mount the Sub Panel on the wall from the pre-bored holes.
2.3 Sub Panel WiringPlease follow the next steps after you have properly mounted the Sub Panel.
DANGER: Please use insulating tools during installation and maintenance. DANGER:Turn off all breakers before installation, and twist the main switch to “0”.Confirm that your panel is no longer energized by utility power. WARNING: The AC cable should meet or exceed the requirements of National Electrical Standards.
23.1 Wiring to Grid
- Determine the length of the connecting wire according to the distance from the Sub Panel to the Main Panel.
- Connect the Line Wires and Neutral Wires to the circuit breaker’s wiring bar on Sub Panel.
2.32 Circuit of Load
- Determine the length of the connecting wire according to the distance from the Sub Panel to the Main Panel.
- Connect the Line Wire, and Neutral Wire to the circuit breaker, and bus bar on Sub Panel as Figure 2.5.
2.33 Wiring to BLUETTI Power StationFor better convenience, the connecting cables for EPSOO/Pro or AC300 (according to your order) are involved in the package of Sub Panel. Please turn to Chapter 3 for detailed installation information. Check the connection as (Circuit Diagram 1), but the front cover back.
3.1 Single ConnectionFor single EPSOO/Pro or AC300 power station.Grid: 2-wire input from the grid at single-phase 100V or 120V is recommended.The load capacity should exceed the Max Power of Input of the Power Station.3.1.1 Single EP500Cable involved in the package of Sub Panel to connect with EP500.
Connection of single EP500 with Sub PanelCable involved in the package of Sub Panel to connect with EP500 solar power station. WARNING: The Input and Load circuits have to be connected to the same Line Wire.
3.1.2 Single EP500 ProCable involved in the package of Sub Panel to connect with EPSOOPro solar power station.
Connection of single EPSOOPro with Sub Panel
3.1.3 Single AC300Cable involved in the package of Sub Panel to connect with AC300 solar power station.
Connection of single AC300 with Sub Panel WARNING: The Input and Load circuits have to be connected to the same Line Wire.
3.2 Split Phase Connection SystemFor Dual EP500/Pro or Dual AC300 to enable Split Phase System. Grid: 3-wire input from the grid at single-phaselOOV or120V is recommended. The load capacity should exceed the Grand Max Power of Input of the Power Station.32.1 Dual EP500Cable involved in the package of Sub Panel to connect with Dual EP500 solar power station. WARNING: The Input and Load circuits have to be connected to the same Line Wire.
3.2.2 Dual EP500 ProCable involved in the package of Sub Panel to connect with Dual EP500- Pro solar power station. WARNING: The Input and Load circuits have to be connected to the same Line Wire.
Sub Panel supports manual bypass conversion function for maintenance, When you want to remove the EP500/Pro, AC300 Power Station from the Sub Panel, please tweak the rotary switch on Sub Panel to “2” (Figure 4.3) to maintenance then disconnect the connecting cable on Power Station,-the household load will be powered directly by the utility power.4.1 Pass-through FunctionRotary Switch Status: “O”: Disconnect. Loads on Sub Panel are disconnected from both the utility power and Power Station. (Figure 4.1)“1”: Connected. Sub Panel functions are all enabled. (Figure 4.2)“2”: Grid power supply. The grid power supply status bit is directly supplied by the grid household load, which can complete the charging function for matching products.(Figure 43)4.2 Grounding MethodFLOATING NEUTRAL: When Sub Panel is connecting with BLUETTI Power Station only(Disconnected with Main Panel): AC300, EP500, and EP500Pro, the N and PE Wire of the Input Port and Output Port of Power Station are not connected to Sub Panel directly, the distribution system’s neutral conductor will “float”, which means they are floating neutral.BONDED NEUTRAL: Connecting the Sub Panel to BLUETTI Power Station will not switch the floating neutral to bonded neutral. If you want to convert the Sub Panel to bonded neutral, please connect the Sub Panel with Main Panel, or follow the instruction to connect the Neutral bus bar to PE.Connect AC1 and LOAD1 to one device, and AC2 and LOAD2 to another device.
Please follow the recommendations below for regular maintenance of the Sub Panel:Check the wiring of each part of the system regularly to whether the connection is stable.Cut off the power immediately if it is loose. Please tighten it after powering off.Regularly check the components for issues of vibration, abnormal sound or smell, etc.The clean exterior cover of Sub Panel regularly.Regularly check whether the wires of each part are integrated into Sub Panel, damaged wires should be replaced immediately.Please contact the dealer if the issues are not able to solve, a detailed record of the problems will help.
CopyrightBLUETTIPOWERINCDeclarationOur company will not bear all responsibilities if the damage is caused by improper operation of the product.Our company shall not be liable for any damage caused by force majeure such as fire, typhoon, flood, earthquake, or the user’s intentional negligence, misuse, or other abnormal conditions.Some changes may not be explicitly noticed, such as appearance or specifications due to the exterior material and hardware improvement.
VersionA 21 Version.Date: Feb. 2022
Company: POWEROAK GmbHAddress: Lindwurmstr. 114, 80337 Munchen GermanyMail: firstname.lastname@example.org Company POWEROAK ENERGY UK CO., LTDAddress: Suite 108 Chase Business Center 39-41Chase Side London United Kingdom N14 SBPMail:email@example.com
Choosing Solar Panels For A Solar Generator (Buyers Guide)
If you’re looking for solar panels for your solar generator, this article will undoubtedly come in handy! Solar generators offer a great energy solution for those who like exploring the outdoors without sacrificing the comfort that only electricity provides. However, to unlock the full potential of your solar generator, you need to pair it with a good portable solar panel. Choosing the best solar panels for your solar generator can be exhausting. So, in this article, we’ll answer a few common questions related to solar panels for charging solar generators. Additionally, we’ll include a complete buyer’s guide with the 7 best solar panels for your solar generator.
Climatebiz is reader-supported. We may earn an affiliate commission when you buy through links on our site.
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How Are Solar Panels For Solar Generators Different?
Although they work the same way as fixed solar panels, solar panels for solar generators are designed to be fully portable. Most solar panels for solar generators are foldable to facilitate transportation. Fixed solar panels (the ones you can mount on the roof of your RV, campervan, or house) are heavy and thick due to their many layers (including a glass layer) and aluminum frame. Conversely, solar panels for solar generators are incredibly lightweight, compact, and portable, so you can easily take them on your camping trips and outdoor activities.
How Can You Connect A Solar Panel To A Solar Generator?
Connecting a solar panel to a solar generator is as straightforward as it sounds. You simply plug your portable solar panel’s output cable into your solar generator’s input port, and it should start charging. However, when using third-party solar panels to charge your power station, things can get a bit complicated if the output plug from your solar panel is not compatible with the input port on your solar generator. If that’s your case, don’t worry; we’ll show you a simple way around it shortly.
Common Types Of Solar Panel Connectors
Let’s first look at the types of solar panels output connectors commonly found on portable solar panels:
Primarily found on rigid solar panels, the MC4 connector is also used as the output plug for some foldable solar panels. This connector is foolproof. You can’t connect it incorrectly as there’s only one way to do it. Positive and negative ends are different from one another.
Anderson Powerpole Plug
Because newer solar generators usually have an Anderson port as an input option, this type of connector is becoming more frequently found as the type of output of portable solar panels. It usually allows a current of 30A, making it a good option for charging a solar generator with multiple solar panels in parallel.
DC 8mm Plug
Because solar panels produce direct current power, DC outlets are a common input option for small solar generators, as they aren’t recommended for high amperages. They are pretty simple, as there’s only one cable instead of the two cables on the Anderson Plug (a red one and a black one). DC plugs come in various sizes, not only 8mm.
Solar Generator’s Input Ports (For Solar Power)
- Anderson power pole
- DC Input (8mm or other)
- XT60 (usually for EcoFlow power stations)
Some solar generators come with not one but two of these solar input options. An example is the Jackery Explorer 1000, which comes with an Anderson port and a DC port as the solar power input options:
Solar Panels’ Output Plug Adapters
If you decide to use a third-party solar panel on your solar generator, you need to consider both the type of output plug your solar panel offers and your solar generator’s type of input port.
If they’re compatible, great, you can plug it in, and your solar generator should start charging when you place the solar panel under direct sunlight.
However, if they are not compatible, you’ll need to use the correct adapter.
For example, let’s imagine you have a generic portable solar panel with an MC4 connector as the output plug, and you want to connect this solar panel to your solar generator. However, your solar generator has only a DC port as the solar input, so they’re incompatible:
In this case, to connect the solar panel to the power station, you would need to use an MC4 to DC adapter, like this one:
Other types of useful adapters for similar situations are:
MC4 To XT60 Adapter:
Different DC Plugs’ Sizes:
You can easily find these adapters on Amazon. Alternatively, you can make a DIY adapter if you have the skills by buying separate connectors and cables.
You now know how to connect any solar panel to any solar generator with the information provided.
However, plug compatibility isn’t the only factor you should consider when connecting a solar panel to a solar generator.
When choosing solar panels for a solar generator, it’s essential to consider the panel’s voltage, current, and wattage (rated power). The wattage is the amount of power that the panel can generate in full sun. For instance, you can’t charge a solar generator rated with 100W of a maximum solar input with a 200W solar panel.
It’s likely that your solar generator won’t charge, but it probably won’t suffer any damage because most solar generators have protection against overvoltage, overcurrent, and overload.
However, we advise you always to read the User Manuals to check if the solar panel’s output specs and solar generator’s input specs are compatible. This way, you’ll prevent any damage to your equipment and avoid safety risks.
How Many Solar Panels Can You Connect To A Solar Generator?
It depends on the rated solar input of your solar generator and the rated power output of your solar panel.
The total power delivered by your solar panel (or panels) should not exceed the maximum solar input that your solar generator’s built-in charge controller can handle. This “rule” will dictate how many solar panels you can connect to your solar generator.
Here are a few examples to make this concept easier to understand.
You have a small solar generator with a rated solar input of 100W max. Therefore, the power delivered by your solar system must not exceed 100W, regardless of how many solar panels you’re using. In this case, it would be recommended to use only one solar panel with 100W of maximum power output.
You have a medium-size solar generator as a backup system for occasional power outages and camping trips. Its rated solar input is 200W max. In this case, you can either connect a 200W solar panel or two 100W solar panels.
However, you should also consider your solar generator’s maximum voltage input and maximum current input to evaluate if connecting multiple panels is a real option or not.
Depending on how you pair the solar panels (in series or parallel), the output voltage or current can exceed the maximum rate for your solar generator. So make sure you do your research when connecting multiple solar panels to your solar generator.
You have an extensive solar generator system, for home backup power, with a total solar input of 2400W.
In this case, you can add as many solar panels as long as the maximum power (2400W), voltage, and current of the system are not exceeded.
Connecting Solar Panels In Series
A series connection is when you wire solar panels together by connecting the positive lead on one solar panel to the negative lead on another solar panel.
When you connect solar panels in series, the total output voltage of this system is the sum of the output voltage of each solar panel. The same goes for the wattage. However, the current is kept constant.
For instance, let’s say you connect three solar panels in series, with each panel rated for 100W of power output and an 18V open circuit. Therefore, this system’s total open circuit voltage will be 18V 18V 18V = 54V. The same way, the total output power will be 100W 100W 100W = 300W.
You would only be able to connect the solar system from the previous example to a solar generator that could handle the 300W of solar input and 54V of voltage input.
Here’s a simple scheme of how to wire solar panels in series.
Connecting Solar Panels In Parallel
Parallel wiring requires the positive leads of the solar panels to be connected and the negative leads to be connected. A multibranch connector is then used to transform the many solar panel leads (positives and negatives separately) into a single lead that you can plug into the solar generator.
This method increases the current and the wattage output while keeping the voltage constant.
So if you wire two solar panels of 150W, 18V, and 6A (each) in parallel, then the total power output will be 150W 150W = 300W, the total output current will be 6A 6A = 12A, and the voltage will be kept constant at 18V.
This is a good wiring option for solar generators that accept a higher wattage but can’t handle high voltages.
Here’s a simple scheme on how to wire solar panels in parallel:
Before connecting solar panels in series or parallel, check the user manual to see if they allow for this connection. Some small solar panels can’t handle being paired with other solar panels.
Furthermore, some solar panels can only be paired with solar panels from the same brand and with the same specs.
For example, BLUETTI recommends only plugging their PV200 solar panels with other PV200s. They explicitly advise against connecting their PV200 to third-party solar panels.
Keep these things in mind, and you shouldn’t have any problems connecting your solar panels.
Can Different Solar Panel Brands Be Used on The Same Solar Generator?
Separately, yes. If your different solar panels are compatible with your solar generator and if you respect your solar generator’s input specs, you should have no problem using other solar panel brands to charge it.
Example: Let’s say you have a solar generator from Jackery and solar panels from AIMTOM and BALDR. After reading the user manual of each one of your devices, you’ve concluded that both solar panels are compatible with your Jackery power station. Therefore, you could plug either (separately) into your Jackery, and it should start charging.
However, pairing solar panels from different brands (whether in series or parallel) is a more delicate matter.
Pairing Solar Panels From Different Brands
As previously mentioned, some solar panel manufacturers strictly advise against pairing solar panels from different brands.
That’s because each brand applies its own technology to its solar panels, so not all solar panels are compatible with each other.
Some are equipped with a microchip that controls input and output, while others are not. This difference in design and technology can result in the malfunctioning of your solar panels (from different brands).
Having said that, in most cases, if you have solar panels from different brands that have the same output specs (wattage, voltage, and amperage) and the manufacturers don’t explicitly advise against pairing them with other solar panel brands, then you shouldn’t have any problems doing so.
In any case, always read your solar panel’s user manual to check if they allow for such operation.
Can I Use My Solar Generator While Solar Panels Are Connected To It?
Yes, most solar generators support pass-through charging.
This feature allows you to charge devices connected to your power station while the power station itself is also being charged.
However, there are a few things you should be aware of:
Read The User Manual
Only in the user manual, you’ll find the information you need regarding pass-through charging.
Demand Should Not Exceed Supply
Be mindful of the amount of power being drawn for your power station while it’s being charged. If the power you’re drawing from the battery is greater than the power coming into the solar generator, your battery may not charge properly or never reach full charge. This can shorten the battery’s lifespan.
Charging Will Take Longer
As you use your solar generator you are depleting its energy. This means it will require more solar power to charge fully.
There’s An Increased Risk Of Overheating
While pass-through charging is safe, it can lead to excessive heating of your solar generator. Therefore, be aware of overheating your power station while solar panels are connected to it.
In conclusion, while pass-through charging is possible for most solar generators, it may shorten your battery’s life. Only use this feature if you need it. If you can avoid it, do so.
How Long Do Solar Panels Take To Charge a Solar Generator?
You can roughly estimate how long it would take to fully charge your solar generator using solar panels if you consider the maximum power output of your solar panels and the rated capacity of your solar generator.
With these numbers at hand, you can use the following formula:
Charging Time (hours) = Solar generator’s capacity (Wh) / Solar panel’s maximum power output (W)
Example 1: Using a 200W solar panel to charge a 500Wh power station
Charging Time (hours) = 500Wh / 200W = 2.5 hours
Example 2: Using a 200W solar panel to charge a 1000Wh power station
Charging Time (hours) = 1000Wh / 200W = 5 hours
Example 3: Using a 200W solar panel to charge a 2000Wh power station
Charging Time (hours) = 2000Wh / 200W = 10 hours
However, this is only an approximation. The rated power of solar panels corresponds to the maximum power it can deliver in ideal conditions.
Therefore, only in ideal conditions (only achieved in the controlled environment of a testing lab) a 200W solar panel will actually deliver 200W of power.
Factors that affect solar power production
In reality, solar panels deliver less than their maximum rated power. In addition, they don’t deliver the same amount of power all the time.
This happens because the ability of solar panels to generate electricity is affected by several different factors, such as:
- The intensity of solar radiation
- Orientation of the solar panel
- Cloud coverage/shades
- Atmospheric pollution
- Time of day
- Angle in relation to the sun
- Heat buildup
To get a more accurate approximation, you can consider that the actual power delivered by your solar panel corresponds to 80% of its rated power.
This way, if your use a 200W solar panel to charge a 1000Wh solar generator, it would take 6.25 hours to charge fully:
Charging Time (hours) = 1000 Wh / (200W x 0.8) = 6.25 hours
over, you can use a watt meter to measure the actual power output of your solar panel and use this number to calculate how long it would take to charge your solar generator.
Example: Let’s say you’ve measured the actual power output of your 200W solar panel and found out that only 174W is being delivered by it. In this case, to charge a 1000Wh power station, it would take:
Charging Time (hours) = 1000 Wh / 174W = 5.74 hours
Most newer solar generator models will display how much power is being delivered by the solar panels (aka the solar input) and automatically calculate and display how long it will take to charge the power station fully.
Best Solar Panels For Solar Generators
Here are our picks for the 7 best solar panels for solar generators (listed in ascending order of rated power):
AIMTOM ASP-60 Portable Solar Panel | 60W
First up is the smallest solar panel in the market – the ASP-60 from AIMTOM.
This extremely lightweight (only 2.9lbs / 1.35 kg) foldable solar panel provides 60W of clean and free power.
Its easy-to-carry design makes it the ideal solar panel for camping, trekking, or backpacking.
AIMTOM provides several adapters with this product: DC-to-DC, DC-to-MC4; DC-to-SAE and SAE-to-Clamp cable; 10-in-1 connector kit for charging laptops.
You can use it to charge your solar generator as it’s compatible with almost every power station (as long as you use the correct adapter).
Additionally, you can use it to charge your portable devices on the go by plugging them straight into the solar panel’s output options, which offer a USB and a DC port that you can use simultaneously.
|Solar Cell Efficiency||Up to 22.2%|
|Solar Connector Type||DC|
|Solar Cell Lamination||PET|
|Extra output options||USB and DC|
|Dimensions Folded||11.4 x 6.3 x 2.4 inch or 29 x 16 x 6 cm|
|Dimensions Unfolded||64.9 x 11.4 x 0.7 inch or 165 x 29 x 1.8 cm|
|Weight||1.35 kg (2.98 lbs)|
ROCKPALS RP082 Portable Solar Panel | 100W
This 100W solar panel from ROCKPALS is compatible with most solar generators on the market. It offers 3 different size connectors: 8 mm DC, 5.5 x 2,1 mm DC, and Anderson plug.
The RP082 weighs only 4.3 kg (9.48 lbs), so it’s ideal for outdoor activities such as camping, climbing, hiking, fishing, or a picnic.
It offers 2 USB ports to charge your small devices directly from sunlight.
This version is upgraded with ETFE Cell Lamination, which maximizes light capture. In addition, ETFE solar panels are far more resistant. They’re waterproof and dust-proof, lightweight, and have a long service life.
Finally, this safe and reliable model has kickstands, so you can adjust the angle in relation to the sun to optimize conditions (90º angle to the sunlight).
|Solar Cell Efficiency||Up to 23.5%|
|Solar Connector Type||MC4|
|Solar Cell Lamination||ETFE|
|Extra output options||1 x 18W USB-C and 1 x 24W USB QC 3.0 output|
|Dimensions Folded||16.5 x 15.1 x 1.7 inch|
|Dimensions Unfolded||71.2 x 16.5 x 0.9 inch|
|Weight||4.3 kg (9.48 lbs)|
ALLPOWERS Solar Panel | 100W
ALLPOWERS offers rugged, reliable, and easy-to-use solar panels to provide you with solar power wherever you are.
This particular solar panel from ALLPOWERS is rated for 100W and is compatible with most solar generators/portable power stations on the market.
It includes different adapters: MC4 to DC 5.5 x 2.1 mm cable and MC4 to Anderson cable. This way, you can easily plug it into a wide range of solar generators.
This foldable solar panel is designed with durable and waterproof nylon and an adjustable bracket to receive the most effective sunlight.
Like all solar panels on this list, the ALLPOWERS 100W can be folded to a “briefcase shape” for easy transport, making it great for any outdoor activity.
|Solar Cell Efficiency||Up to 21%|
|Solar Connector Type||MC4 Connector|
|Solar Cell Lamination||ETFE|
|Extra output options||No|
|Dimensions Folded||51 x 65 × 3 cm or 20 × 25.6 × 1.2 inch|
|Dimensions Unfolded||122 x 65 × 1 cm or 48 × 25.6 × 0.4 inch|
|Weight||3.6 kg (7.9 lbs)|
Togo TSP-120FM Power Portable Solar Panel | 100W
Togo offers portable power stations and portable solar panels, like the TSP-120FM, that deliver 100W of solar power.
This model is highly versatile — you can use it while RVing, camping, traveling, or preparing your home against power outages.
This solar panel is compatible with most solar generators; you just need to use the correct adapters according to the solar generator’s power input port.
It’s built with Anderson plug, but Togo provides Anderson to DC and Anderson to MC4 adapters.
This unit also features a built-in MPPT control, further increasing your solar panel’s efficiency.
You can use the Togo 100W to charge multiple small devices simultaneously, such as phones, power banks, tablets, laptops, cameras, etc. A Smart chip in each unit will adjust the current to match your device’s charging specs.
|Solar Cell Efficiency||Up to 23%|
|Solar Connector Type||Anderson plug|
|Solar Cell Lamination||ETFE|
|Extra output options||USB-C, USB-A, and 18V DC|
|Dimensions Folded||21.2 x 23.8 x 1.6 inch|
|Dimensions Unfolded||47.7 x 21.3 x 1 inch|
|Weight||3.8 kg (8.4 lbs)|
BALDR Portable Solar Panel | 120W
This 120W from BALDR is designed for compatibility with most solar generators. It comes with different adapters like the DC to XT60 adapter.
Additionally, it provides two USB ports to charge your portable devices directly from the solar panel.
It’s suitable for any kind of weather, and it’s also water-resistant.
This unit offers charging protections like overvoltage, overcurrent, overload, and short circuit protection, preventing any damage to the solar panel or the device being charged by it.
According to the user manual, you can chain other solar panels with the same nominal output voltage power in parallel. However, be aware that the superimposed current must not exceed the current that the connecting cables and plugs can take.
|Solar Cell Efficiency||Up to 23.5%|
|Solar Connector Type||DC (comes with adapters)|
|Solar Cell Lamination||ETFE|
|Extra output options||USB-A and USB-C|
|Dimensions Folded||20.47 x 14.57 x 2.17 inches|
|Dimensions Unfolded||65.35 x 20.47 x 0.98 inches|
|Weight||4.5 kg (10 lbs)|
EcoFlow Foldable Solar Panel | 160W
EcoFlow is one of the biggest brands in the market of solar generators, so it’s no surprise that it would offer an excellent portable solar panel.
This EcoFlow solar panel delivers 160W of green power on the go. It comes with 32 premium monocrystalline silicon cells, with a conversion efficiency of 22%.
You can chain multiple panels in series or parallel to provide efficient and fast charging to solar generators for house backup power.
Besides being compact, foldable, and lightweight, the EcoFlow 160W is designed to produce maximum power at any time of the day.
over, the case doubles as a stand, providing you with the best angle for solar charging.
Built to withstand an adventurous lifestyle, this panel is entirely dust and waterproof. You can submerge it up to a meter for 30 minutes without damaging it, and its ETFE film provides extra protection against UV rays, prolonging its lifespan.
These solar panels pair with EcoFlow portable power stations and third-party solar-powered generators. Just make sure you have the proper adapter cable.
|Solar Cell Efficiency||Up to 21%-22%|
|Solar Connector Type||MC4 Connector|
|Solar Cell Lamination||ETFE|
|Extra output options||No|
|Kickstand||Yes, the case works as a stand|
|Dimensions Folded||26.8 x 16.5 x 1.0 inch or 68 x 42 x 2.4 cm|
|Dimensions Unfolded||26.8 x 61.8 x 1.0 inch or 68 x 157 x 2.4 cm|
|Weight||7 kg (15.4lbs)|
BLUETTI PV200 Foldable Solar Panel | 200W
Last but not least is the BLUETTI PV200 Solar Panel, with 200W of green, eco-friendly power.
Although this product is more expensive than its counterparts, good reviews indicate that it’s well worth the price,
Built with long-lasting ETFE material, it’s more durable, scratch-resistant, and waterproof.
A solar panel this powerful is not only ideal for outdoor activities such as camping, fishing, and hiking but also for charging powerful solar generators, like the ones used as home backup power.
You can also use this solar panel with third-party solar generators like Baldr/Jackery/Goal Zero/Rockpals/AIMTOM.
|Solar Cell Efficiency||Up to 23.4%|
|Solar Connector||MC4 Connector|
|Solar Cell Lamination||ETFE|
|Extra output options||No|
|Dimensions Folded||59 x 63 cm or 23.2 x 24.8 inch|
|Dimensions Unfolded||59 x 226 cm or 23.2 x 89.2 inch|
|Weight||7.3 kg (16.1 lbs)|
Solar generators are an excellent option for those looking to have access to clean and free energy on the go. Just plug a solar panel into it, and voila, you’ll start producing your energy.
However, choosing the right solar panels for your solar generator can be confusing. There are many different solar panels available, and not all of them will be compatible with your solar generator.
Therefore, when choosing solar panels for your solar generator, you should keep a few things in mind, like the solar panel’s output specs and the solar generator’s input specs.
over, it’s essential to consider the size and weight of the panels. Larger panels will generate more power, but they will also take up more space. Smaller panels are more portable, but they will not generate as much power.
The best choice is to get a solar panel that will maximize the solar input of your solar generator without exceeding its wattage limit. You’ll ensure fast and efficient charging without damaging your solar generator or shortening its battery’s life.
Mastering Solar: A Guide to Linking Your Power Station to a Solar Panel
Which solar panel is compatible with power station? Since there is no primary standard to be beholden to, this question is, unfortunately, not quite easy to answer. In this article, nextpit explains which PV module is compatible with your power station—with or without an adapter. In addition, we also explain what you would have to consider in order not to destroy your power station!
Whether you want to defy the rising electricity with a mini balcony power station, have a solar generator for emergencies, or want to have energy while you are on the road by being off the grid, there are many good reasons to own a power station with solar panels. However, not every solar panel is compatible with all power stations.
Basically, you will need to pay attention to two things. First, can I physically connect the solar panel to my power station—either directly or via an adapter? And secondly: does the performance data of the panel match my power station at all? This is especially important when it concerns the voltage, because it is crucial you do not end up overloading your hardware.
Solar panel power stations: Are the connections compatible?
For power stations, you will be able to find a variety of different connector types. In the following table, you can see which different types of connectors are typically available and what they look like.
Now what? There are other standards like Bluetti’s own aviation plugs, and different variants of DC plugs like the DC5525 present on the Alpha ESS Blackbee 1000. If you were to stumble across terms like APP or Anderson Powerpole, that basically means HPP, or High Power Port. It’s all exactly the same, just under a different moniker.
Make sure that your solar panel has the right connector for the power station. If you purchased the panel and the power station from the same manufacturer, this will not be an issue at all since compatibility is guaranteed. If you were to source your gear from different manufacturers, it would be prudent to ensure your equipment is directly compatible or are so by using adapters.
For solar panels, you would normally be walking on the safe side with an MC4 output. This general standard for PV modules is used for large roof modules and, in addition to a reverse polarity protected and waterproof plug connection, it has the advantage of letting you connect to several panels in series and in parallel easily.
However, make sure your power station offers an MC4 input either directly or via an adapter. There is no power station that we know of which offers a direct MC4 input. Typically, XT60 sockets (or more rarely: HPP, DC9020, or DC7909) are used here, with matching adapters to the MC4 input being included most of the time—Bluetti included.
If your power station manufacturer uses a proprietary port and does not offer any standard adapters, you have only one choice: You’ll have to buy PV panels from the same manufacturer.
Solar panels power stations: Do the voltage and current match?
When looking for the right solar panel for your power station, you not only have to pay attention to the matching connection, but also to the matching power. This is especially important for solar panels that deliver too much voltage as they can damage your power station beyond repair.
You can find the corresponding details in the data sheets of the products. In the example below, we selected a couple of Bluetti products. On the left, you can see the specifications of the Bluetti PV200 (review) solar panel, while the right features the specifications of the Bluetti AC180 power station.
In the example above, you can see that the solar input of the Bluetti AC180 supports anywhere from 12 V to 60 V. The solar panel has an open circuit voltage of 26.1 V, which falls right in the middle of the supported range. You must always pay close attention to voltage, making sure to stay within the permissible range.
Even a few volts over can cause hardware damage. It’s best to allow a little more wiggle room with voltage, about 10% upwards, because at very low temperatures, the panel voltage can increase by up to 10 to 15% over the standard rating.
In the specifications, you will also find the maximum current you can apply to the input. In the above example, this is 10 A for the power station and 9.7 A for the solar panel under optimal conditions. This fits well together. If the current is a bit too high, the power station simply draws current from the panel as specified in the specifications. However, you should avoid exceeding the maximum specified current by a drastic amount.
The technical data also tells you whether you can combine it with several other solar panels. There are basically two possibilities here:
Series connection: Add the voltage
Here, you connect the solar panels like a chain with the positive pole of one panel to the negative pole of the next panel. You then connect the plus and minus poles of your panel chain to the power station. The voltages will add up here—three panels at a maximum of 20 V each, resulting in a total of 60 V, which is just within the specification for the above example. However, we would recommend you to leave some margin for error.
Parallel connection: Add the current
For a parallel connection, you connect all of the positive poles of the panels to the positive input of the power station and do the same with the negative poles. Voltage remains the same here, but the current adds up. To cite the above example, three PV panels at 10 A would provide you with 30 A maximum in total, which is well above what is specified.
Even if your power station does not shut down due to an overload, it will at least only be able to use a maximum of 10 A—and any additional energy produced above that figure is wasted.
Jackery Explorer 2000 Plus
Do you have any other questions about connecting solar panels to your power station? If so, drop them in the Комментарии и мнения владельцев. Also, do let us know if you already have such a solar panel-power station combo in your house. We look forward to your feedback.