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Common Sizes of Solar Panels. 96 cell solar panel

Common Sizes of Solar Panels. 96 cell solar panel

    vs. 72-cell solar panels: which is best for your home?

    When researching a solar system for your home, all the different technical terms can make the process seem overwhelming. One such term is the number of cells. Solar panels can be made up of any number of cells from 18 cells, a size used for RV solar panels, all the way up to 96-cell panels, which are used in utility solar farms.

    The size most commonly used in the residential solar market are 60-cell solar panels, as well as a small number of 72-cell panels.

    What are 60-cell and 72-cell solar panels?

    If you’ve ever looked closely at a solar panel before, you may have noticed a square grid-like design on its surface. Each one of those squares is a solar cell, which can be made from either monocrystalline or polycrystalline silicon. Solar cells are what generate electricity from sunlight. A solar panel, or solar module, is essentially a collection of solar cells connected together.

    A 60-cell panel will usually be 6 cells x 10 cells in size, while a 72-cell panel will be 6 cells x 12 cells. This means, on average, 72 cell panels will have a higher wattage (produce more energy per panel) due to their larger size.

    Because of their larger size and energy output, 72-cell solar panels are commonly used on commercial or larger utility-scale solar installations.

    Meanwhile, 60-cell panels are smaller and easier to handle, making them more suitable for use by installation crews working on residential roofs. Your local solar installer will likely recommend 60 cell panels for residential solar.

    Cost to install 60-cell vs. 72-cell solar panels on your home

    The number of cells on a panel shouldn’t impact the cost. The average home solar system in America, which can be installed using either 60-cell or 72-cell solar panels, costs around 16,080. However, with the federal tax credit, this effectively makes the price 11,256. This is assuming a system size of 6 kilowatts, which is a typical size for a home installation.

    Several other factors can and will affect how you pay for solar panels. These include your roof layout, the brand of solar panels that you choose, and the state in which you live. You can receive a free estimate on the cost of your solar system with federal and local incentives by entering your zip code into the estimator below.

    Get a free estimate on solar panels for your home

    Surprisingly, 72-cell panels work out a bit cheaper per panel. This is because 72-cell panels are purchased in very large wholesale volumes for large commercial and large utility-scale installations. While 72 cell panels have a slightly lower cost per watt, the relatively small number of panels required in-home solar systems means that using 72-cell panels will result in savings of no more than 200-300.

    Pros and cons of 60-cell and 72-cell solar panels

    Here’s a brief breakdown of the pros and cons of each panel size.

    60-cell compact, can fit on smaller roof segments, harder to damage Less output per panel (on average), installation requires more panels
    72-cell output per panel, cheaper cost per watt Larger size means it doesn’t fit well on smaller roof segments, heavier and harder to install

    Other solar panel sizes: half-cut cells and 66-cell panels

    Half-cut cells

    Half-cut cells are an innovation that is being adopted by residential solar panel brands. This technology was pioneered by REC Group in 2014. Half cell panels have twice the cell count despite being the same size. This is because the cells are simply half the size of ordinary solar cells.

    Half-cut panels are the same size as a 72-cell panel, but instead of a 6 cell x 12 cell configuration, it has a 6 half-cut cell x 24 half-cut cell layout.

    Why are half-cut solar cells gaining popularity? Well, when a solar cell is halved, its current is also halved. This means that losses due to resistance are reduced, allowing half-cell solar panels to produce slightly more energy.

    The smaller cells are also much harder to crack, greatly increasing the panel’s resistance to poor handling during installation or harsh weather conditions.

    66-cell solar panels

    Another breakthrough in cell technology is the use of 66-cell solar panels. Designed to be a happy medium between 60 and 72-cell panels, lots of solar panel manufacturers, like Qcells, have started manufacturing 66-cell panels. 66-cell panels have some of the highest power outputs on the market because they have more solar cells.

    Beware of deceitful installers bragging about cell count

    If an installer puts an unusually large emphasis on cell count, they may be trying to rip you off.

    For example, a 6 kW system containing twenty 60-cell 300-watt panels produces the same as a 6 kW system with sixteen 72-cell 375-watt panels.

    Since the output of both systems is the same, an installer bragging about cell count could be trying to justify charging you an unreasonable amount for your solar system.

    You may be wondering: does the solar panel I choose matter? In short, yes! While opting for a 60-cell or 72-cell panel doesn’t matter all that much, there are other, much more relevant factors for choosing a solar panel for your home.

    What’s more important than solar panel cell count?

    Some much more valid concerns are solar panel efficiency and solar panel warranties. We explain what each term means, and why it should factor into your solar purchasing decision.

    Solar panel efficiency

    Solar panel efficiency is the percentage of light that strikes the surface of a panel that is converted into usable electricity. Modern solar panels have efficiencies that range from around 17% up to 22.8% in some premium models.

    Highly efficient panels take up less space, which will allow you to fit more panels on your roof.

    Solar panel warranties

    There are two types of warranties that cover solar panels.

    The first is the product warranty. This is the period during which you can ask the manufacturer to replace the solar panel should any problem arise. Nowadays a product warranty of 12 years is standard, but premium brands offer product warranties of 25 years.

    The second type of warranty is a performance guarantee. Most mainstream panels have a 25-year production warranty, guaranteeing the panel will produce a certain level of output at every stage of the panel’s life. From the date your panels are installed up until the 25-year mark, the minimum guaranteed output of your panels will gradually decrease.

    You can expect an output of close to 100% for year one, gradually down to between 80 and 92 percent for year 25. This loss in output is technically known as solar panel degradation. Some solar panel manufacturers such as Canadian Solar even offer a 30-year performance warranty on certain panel models.

    Final thoughts on 60-cell vs. 72-cell solar panels

    The cell count of your panels really shouldn’t be your concern when it comes to purchasing a residential solar system. As long as a solar system of your desired size can fit on your roof and it’s installed by a reputable installer using quality equipment, you’re good to go!

    Find the best solar installers in your area

    Key takeaways

    • 60 cells and 72 cells refer to the number of solar cells on a panel. Because of their bigger size, 72-cell solar panels have higher total output, but they also take up more roof space.
    • Most solar installers work with 60-cell or 66-cell panels (or 120 half-cut cells / 132 half-cut cells) since it is easier to handle and carry onto a roof.
    • In terms of cost, 72-cell solar panels may work out to be marginally cheaper, but the difference shouldn’t be big enough to affect your buying decision.
    • important solar panel features to consider are solar panel efficiency and solar panel warranties.

    Alex Sendy

    Solar Reviews Blog Author

    Alex Sendy is a content writer and valued team member at SolarReviews.

    Common Sizes of Solar Panels

    People often ask us about common sizes of solar panels. When a person refers to size, we can talk about physical characteristics, number of cells, and power. In this post, I will be covering solar panels used in grid-tied PV systems since off-grid equipment can be very different.

    Physical Size

    Length and Width – Although length and width varies slightly, most companies are manufacturing solar panels in standard sizes. The most typical size used for residential installations is 65 inches by 39 inches, while the common size for commercial applications is 77 inches by 39 inches. The smaller size is a better fit for residential projects to maximize available roof space. Most commercial projects have hundreds of panels and this is why the slightly larger panel is a more ideal choice. SunPower is the exception to length and width. Their residential panel is 61 inches by 41 inches, slightly shorter and a little wider than standard panels.

    Depth – The depth of solar panels range between 1.4 inches to 1.8 inches, although we are seeing more manufacturers move to a 1.8 inch depth.

    Weight – Residential solar panels weigh about 40 pounds while the slightly wider commercial panels weigh closer to 50 pounds. In Massachusetts, we always do a structural analysis to calculate if a roof can withstand the additional weight of the solar equipment. The weight of the solar panels may be important in scenarios where reinforcement is needed and there is no access to the framing.

    Number of Solar Cells

    Cells are the electrical device that converts sunlight into electricity. In order to generate a useful amount of power, cells are connected together in a solar panel. 60 cell modules are the industry standard for residential applications, but slightly larger commercial panels are generally 72 cells. SunPower, the leader in solar panel efficiency, utilizes 96 cell panels. Solar installation companies often look at the number of cells when determining compatibility with microinverters.

    Power Rating, or Wattage

    In regards to power, size is typically referred to in DC watts under STC or PTC conditions. STC, or Standard Test Conditions, is the power rating measured under laboratory conditions. STC is what a solar panel manufacturer uses in their technical specifications of equipment. Most standard panels are between 23o and 275 watts DC STC, while SunPower manufacturers high-efficiency equipment in the range of 327 to 345 watts. PTC, or PV USA Test Conditions, is the power rating under more “real world” conditions. The PTC of a solar panel is typically 10-15% lower than its STC. For standard panels, the PTC is typically between 195 and 247 watts DC.

    Brightstar Solar will help our customers choose solar panels that best fit their preferences, the physical space, and electrical design. We are a Massachusetts solar installer that works with customers to navigate the installation process, maximize incentives and low-interest financing opportunities, and manage the rebate and permitting paperwork involved. If you have a business or home in Massachusetts and are interested in solar power, please contact us for a free evaluation.

    Should you buy 72-cell solar panels?

    Solar panels come in various configurations — from smaller, 36-cell thin-film solar panels to larger 72-cell monocrystalline offerings. The latter has gained traction over the years, becoming one of the more popular panel sizes for residential solar applications. As a homeowner looking to invest in solar, having numerous options at your fingertips is fantastic. However, it can also muddy the waters and make the investment process more challenging. So, are 72-cell solar panels worth the investment? In this article, we help you determine whether these panels are the right choice for you.

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    What are 72-cell solar panels?

    As the name implies, a 72-cell solar panel is simply a solar panel comprised of 72 individual energy conversion components. Let’s take a closer look at the role and makeup of these cells.

    What are solar cells?

    If you look closely at a solar panel, you’ll notice it contains several individual square-shaped components. These square-shaped components are called solar cells. A solar cell is a component responsible for absorbing sunlight and converting it into energy. While the number of solar cells in a panel can influence the amount of energy it can produce, other key factors, such as cell efficiency, play an even greater role. Although there are currently many different solar cell sizes, the standard size of a solar cell is 156 mm by 156 mm (approximately 6 inches long by 6 inches wide).

    The average size of a 72-Cell solar panel

    A 72-cell solar panel is arranged in a 6 x 12-cell grid configuration, while the more common 60-cell solar panel follows a 6 x 10-cell design. Knowing the grid configuration of a 72-cell solar panel and the dimensions of a standard solar cell, we can determine the average sizes of a 72-cell solar panel: approximately 39 in wide x 77 in long (99 cm wide and 195 cm long).

    Comparing solar panels: number of solar cells

    Due to their smaller size, 60-cell panels are a more common choice for residential applications or in RVs and campervans. The power output of these panels ranges from 150W to 300W. Therefore, a 72-cell solar panel could suit your situation better if you have the space and require more power. For reference, a 72-cell solar panel’s wattage usually ranges between 300W and 450W. As for 96-cell solar panels, they are much larger, so they tend to generate a greater amount of power (between 400W to 500W of power). Due to its large size and heavy weight, a 96-cell solar panel is not a practical option for residential applications. However, it’s highly effective for commercial applications like solar farms.

    Number of Cells in Solar PanelWattage RangeAverage Dimensions
    60 cells 200W to 300W 65″ long and 39″ wide
    72 cells 300W to 450W 77″ long and 39″ wide
    96 cells 400W to 550W 77″ long and 50″ wide

    What about voltage and wattage?

    Each standard solar cell produces around 0.5 volts. When linked in series, the panel’s total voltage equals the sum of each cell’s voltage. Therefore, the open circuit voltage of a 72-cell solar panel is 36V: Total Voltage (V) = 72 cells x 0.5 V = 36 V Following the same logic, a 60-cell solar panel can produce up to 30 volts (open circuit voltage), so its nominal voltage is insufficient to charge a 24V battery efficiently. Conversely, 72-cell solar panels are also known as “24V nominal solar panels” since their voltage is ideal for charging a 24V battery or two 12V batteries wired in series. As for the amperage, it’s directly proportional to the size of the solar cells — that is, the area of the semiconductor. Therefore, larger solar cells tend to produce more amps than standard-sized cells. In summary, the wattage of a solar panel is directly proportional to the number of solar cells (determines voltage) and the dimensions of the solar cells (determines amperage).

    How much does a 72-Cell solar panel cost?

    Depending on the size of your solar array, costs can add up quickly, so make sure to factor them into your budget when deciding whether or not to invest in 72-cell solar panels.

    Pros and cons of 72-cell solar panels

    As with all things in life, 72-cell solar panels come with their pros and cons.


    • Capable of generating more electricity than standard 60-cell panels with the same efficiency levels.
    • Great for larger properties or businesses.
    • Require fewer panels than 60-cell modules to achieve the same energy output.
    • Occasionally, the price per watt can be less than 60-cell solar panels.
    • Cheaper to install on a large scale.


    • Usually more expensive than 60-cells solar panels.
    • Require more space for installation
    • Transport and installation can be difficult due to their heavy weight.
    • Not recommended for off-grid installations such as RVs and campervans.
    • Their cumbersome nature can make them difficult to maneuver on a roof.
    • Not efficient for small-scale systems.

    Are 72-cell solar panels worth the investment?

    Whether 72-cell solar panels are worthy investments depends on your individual needs and budget.

    If you have enough space and need a system that can generate a large amount of energy, then 72-cell solar panels will make for a good investment.

    However, a smaller panel — such as a 60-cell variant — may be a better option if you’re pressed for space and don’t require as much power. This applies to off-grid systems (RVs, campervans, etc.) and smaller houses.

    It’s also worth remembering that other solar panels, such as half-cut cell solar panels, may be better suited to your needs.

    So do your research and consider all your options before making a decision.

    Are solar panels with more cells superior?

    Generally speaking, solar panels with more cells are more efficient and can generate more electricity than those with fewer cells.

    common, sizes, solar, panels, cell, panel

    However, other, more significant factors play a role, such as:

    Ultimately, solar panels with more than 72 cells aren’t viable for residential use: they’re too large and too heavy for roof installation and cost more.

    However, for large-scale/commercial applications, panels with more than 72 cells are usually a better option, as fewer modules are required to achieve the desired output.

    Therefore, the overall cost of building larger solar arrays can be significantly smaller using solar panels with more cells.

    Final thoughts

    If you need to generate a large amount of energy and have enough space for installation, a 72-cell solar panel can be a great choice.

    However, if you’re on a tight budget and/or your energy demand is not that high, a smaller and cheaper panel may be a better option.

    We hope this article has helped you make an informed decision as to whether 72-cell solar panels are the right choice for you.

    If you have any questions about the subject, reach out to us in the comment section below or follow us on

    The Ultimate Guide to Solar Panels Dimensions

    If you are tired of your high-electricity bills and sending your hard-earned money to the utility company every month, it’s time to switch to clean and green energy with solar power panels. Given that many different solar panel dimensions are available, it can be challenging to finalize the right one.

    On average, a solar panel produces 80 watts per hour to 400 watts per hour, depending on the size and location. Jackery SolarSaga Solar Panels combined with Jackery Explorer Portable Power Stations can charge all your appliances anytime and anywhere and are regarded as the best solar power generators on the market.

    These portable solar panels are lightweight and compact enough to carry wherever you go. In this Jackery guide, we’ll help you understand which solar panel dimensions can help you charge all your gears with eco-friendly energy.

    What Are The Solar Panel Dimensions?

    Solar panels can be handy for generating power when you’re hiking, camping, or planning to go off-grid. Generally, the physical size of the solar panels represents the solar panel dimensions.

    However, different types of solar panels, including residential roof panels, portable solar panels, and commercial panels, have different sizes and power outputs. So, how do you decide which solar panel size is the best?

    The simple answer is to determine the power you require, the hours of direct sunlight you get, etc. Evaluating the solar panel requirement is the best method to find the right dimension and go solar.

    Pro Tip: Always remember, the more solar cells the panel has, the better it can absorb the sun’s energy and the better it can charge the power station or the electrical devices.

    What Is A Solar Panel Made Of?

    Solar panels consist of silicon or PV cells that convert the sun’s energy into electricity. Solar cells are made of different types of silicon cells responsible for conversion. However, not all solar cells have the same efficiency. Typically the efficiency of solar panels ranges from 15-20%. However, advanced solar panels with monocrystalline solar cells have an efficiency that exceeds 20%.

    Jackery SolarSaga Solar Panels are made of monocrystalline solar cells with the IBC Solar technology to reach the industry’s highest 24.3-25% efficiency.

    In addition, the ETFE-laminated case, IBC solar technology, and waterproofing capabilities ensure the Jackery SolarSaga Solar Panels withstand harsh weather conditions and efficiently convert solar energy to usable electricity.

    What Is The Area of a Solar Panel?

    Like solar panel dimensions, the area of the solar power panels will depend on the type of solar cells, the weight, wattage/voltage, panel material, etc.

    You can multiply the length and width of the solar panels to calculate their area.

    Suppose you want to calculate the area of Jackery SolarSaga 100W Solar Panel.

    Solar Panel Dimensions (unfolded) = 48 × 21 × 0.2 in (1220 × 535 × 5 mm)

    Let us convert mm to feet to make calculation easy.

    Therefore, the average area of the single solar panel measures 4 × 1.7 feet = 6.8 sq. feet.

    Standard Solar Panel Dimensions

    Standard solar panel dimensions vary depending on the type of panel and manufacturer. Most home solar panels are composed of approximately 60 cells. A typical home solar panel’s dimensions are about 65 inches by 39 inches.

    On the other hand, commercial or utility-scale solar panels are composed of 72-cell and 96-cell. As more solar cells are combined, they are larger than residential solar panels. The commercial solar panel‘s dimensions are approximately 77 inches by 36 inches. Here are the top three Jackery SolarSaga Solar Panels you can choose for your home.

    • The Jackery SolarSaga Solar Panels with 80W capacity have dimensions around 36 inches by 21 inches.
    • Jackery SolarSaga 100W Solar Panels are portable, with solar panel dimensions of 48 inches by 21 inches.
    • Additionally, the Jackery SolarSaga 200W Solar Panels have sizes around 22 inches by 92 inches.

    Let us wrap the solar panel dimensions available in the market in this table.

    Length (in inches)

    Width (in inches)

    Depth (in inches)

    Common Solar Panel Dimensions By 3 Aspects

    Standard solar panel dimensions vary depending on physical size, number of solar cells, and power rating or wattage. Here is how residential and commercial solar panels differ.

    • Physical Size:Residential solar panels are typically around 65 inches by 39 inches. Commercial or utility-scale solar panels are much larger and are 77 inches by 36 inches.
    • Number of Solar Cells:Residential solar panels typically have 60 cells, whereas commercial and utility-scale solar panels have 72 or 96 solar cells.
    • Power Rating or Wattage: A solar panel‘s power rating or wattage is measured in watts (or W). Residential solar panels typically have a power rating of around 80-360W. Commercial solar panels have a wattage of 400W or more.

    It’s important to note that these are only approximate figures, and actual dimensions may vary depending on the manufacturer and type of panel.

    Different Types Of Solar Panel Dimensions

    Solar panel sizes vary depending on the manufacturer, weight, number of solar cells attached, etc. The most common types of solar panel dimensions include Single PV (photovoltaic cells), standard residential panels, standard commercial panels, RV, van, camper solar panels, and off-grid solar panels.

    Here is a quick breakdown of the approximate size of each solar panel type.

    Solar Panel Dimensions

    Standard Residential Panel

    Standard Commercial Panel

    RV, Van, or Camper Solar Panel

    common, sizes, solar, panels, cell, panel

    Now that you know the size, here is detailed information about solar panel types.

    These panels are typically used for small-scale objects such as powering a small electronic device. Multiple PV cells are combined to form a large solar panel and charge appliances. They can be as small as 6 inches × 6 inches and have a power output of around 10-50 watts.

    These solar panels are often used in residential solar power systems. Around 60 cells or 72 cells are combined to form standard residential panels. They are typically larger than single PV panels and have a power output of 100-400 watts. They are often used with power stations to store the power generated and use the energy during night power outages.

    Around 96 solar cells are combined to form a standard commercial panel. They’re typically larger in size and ideally suited for commercial applications. The standard dimensions range around 6.5 feet by 3.35 feet, weighing approximately 50 pounds each.

    The solar panels are designed to provide you power when you enjoy outdoor adventures like camping or hiking. They are typically smaller than residential panels and have a power output of 100-150 watts. The solar panels are around 36 inches by 26.3 inches and can be easily carried out.

    Last but not least, off-grid solar panels are designed for homeowners wanting to enjoy a modern off-grid lifestyle where they can cut connections from the electrical grid. They have dimensions around 62 inches by 34 inches and work in combination with solar power batteries.

    If you’re looking for a solar power panel that can serve off-grid lifestyles, RV trips, and camping trips and acts as a reliable power outage solution, you can invest in Jackery SolarSaga Solar Panels and Explorer Portable Power Stations. Different dimensions of solar panels and powerful solar power stations ensure that you have the power to charge and run all the essential electrical appliances, no matter where you are.

    Factors Determine The Solar Panel Dimensions

    Before investing in a solar panel, you’ll need to consider a few factors that determine the solar panel’s size.

    Solar Panel Wattage/Voltage

    The solar generator consists of solar panels and a power station that produces power in watts. The larger the surface area of the panel, the more energy it can absorb from the sun. Hence, the more power your solar generator can produce to charge appliances.

    Solar Panel Material

    Another factor that affects the dimensions of a solar panel is its material. Monocrystalline is the most efficient and expensive material used to manufacture solar panels. It is highly preferred over thin-film or polycrystalline solar panels due to its lighter and compact nature.

    Electricity Output Needed

    Last but not least, the electricity output required determines the right size of solar panels. For instance, if your home area receives 4 hours of sunlight and you wish to power your home with solar energy, chances are you require higher-watt solar panels combined with a power station to efficiently convert the sun’s energy into usable electricity.

    Remember, you’ll need to check your utility bills and calculate the average monthly and annual energy usage while deciding which solar panel dimension you need to buy. It’s wise to purchase a few solar panels and combine them with a portable power station. This way, you can not only leverage the benefits of power when you’re away from home or the electric grid but also charge appliances when the sun is no longer shining.

    What Are The Ideal Solar Panel Dimensions?

    Solar panel efficiency refers to the ability of PV (or photovoltaic panels) to transform solar energy into usable electric energy. That means the higher the solar panel efficiency, the more power it can absorb in less time.

    Understanding your power needs and factors that affect the dimensions will help you choose the ideal solar panel. If you’re still apprehensive about suitable solar panel dimensions, here are the key points to consider.

    • Calculate the energy requirements and type of solar panel you need.
    • Determine how many hours of sunlight you receive.
    • Analyze how much energy the solar panels can absorb (i.e., the efficiency).

    Remember, the ideal size of solar panels will eventually depend on your requirements. For instance, if you wish to power all your small and large appliances and enjoy an off-grid lifestyle, consider investing in highly efficient Jackery SolarSaga Solar Panels and pair them with Jackery Explorer Portable Power Station.

    The Best Portable Solar Panel With Jackery

    Jackery portable solar panels are designed to help people with power on the go. The strapped and folded design of Jackery SolarSaga Solar Panels makes them simple to carry and use. The best part is that they’re compatible with Jackery Explorer Portable Power Stations that store the electricity generated and keep your appliances charged. It could be an outdoor adventure partner or a home backup solution.

    Below are the top Jackery SolarSaga Solar Panels picks for 2023.

    The advanced solar cells on the Jackery SolarSaga 200W Solar Panels make the product highly efficient compared to the other panels available on the market.

    With dimensions (unfolded) around 540 × 2320 × 25 mm, the solar panels can conveniently be carried outdoors to charge all the gears by combining them with power stations.

    Additionally, the ETFE-laminated case and IP67 waterproof rating ensure that solar panels can endure harsh conditions and last for decades.

    Compatible with Explorer

    Jackery SolarSaga 200W Solar Panel

    Dimensions (folded): 540 x 615 x 40 mm

    Dimensions (unfolded): 540 x 2320 x 25 mm

    Jackery Explorer 2000 Pro Portable Power Station

    Built to last with IP67 waterproof rating and an ETFE-laminated case. It is foldable and portable to carry on all your off-grid journeys.

    With a solar conversion efficiency of 24.3%, these monocrystalline solar panels are suitable for outdoor activities and even unexpected power outages. Teaming it up with Jackery Explorer Portable Power Station, you can charge all appliances during off-grid adventures.

    It is portable in nature with a size of 1220 × 535 × 5 mm. The two USB outputs, multi-layer cell technology, and ETFE-laminated case make the solar system perfect for RV camping, off-road adventures, fishing, emergency, etc.

    Compatible with Explorer

    Jackery SolarSaga 100W Solar Panel

    Dimensions (folded): 24 x 21 x 1.4 in (610 x 535 x 35 mm)

    Dimensions (unfolded): 48 x 21 x 0.2 in (1220 x 535 x 5 mm)

    Jackery Explorer 300/500/1000/1500 Portable Power Station

    1 USB-C(5V,3A) output port and 1 USB-A(5V, 2.4A) output ports available can charge 2 small devices directly. It is ideal for unexpected power outages and off-grid camping.

    The dual-sided solar panels are fully compatible with all Jackery Explorer Portable power stations. In addition, the extra-white glass used on the back side of the panel boosts its conversion rate.

    With the SolarSaga 80W Solar Panel, you get a two-meter extension cable to pair it with the power stations and charge appliances anytime, anywhere. Additionally, the panels have IP68 waterproof and dustproof ratings with an efficiency of 25%, making them a robust power solution.

    Compatible with Explorer

    Jackery SolarSaga 80W Solar Panel

    Compatible with all the Jackery portable power stations.

    The dual-sided panels boost the conversion rate, and the IP68 waterproof and dustproof rating makes it ideal for all environments.

    Remember, solar panels do not work independently. You’ll need to purchase the compatible Jackery Explorer Portable Power Station to power your electrical appliances. The Solar Generator, thus formed, will power most of your home appliances using solar energy.

    Solar Panel Dimensions FAQs

    Solar panels are the best way to utilize solar energy to its fullest potential. But before you invest your hard-earned money into purchasing panels, here are a few commonly asked questions about solar panel dimensions.

    What is the size of an individual solar cell?

    Though the exact size of an individual solar cell used in the solar panel depends on the type, manufacturer, etc., the most common dimensions include the following:

    However, homeowners should consider the efficiency and material type of solar panels while finalizing the right one. For instance, monocrystalline solar cells with an efficiency of more than 20% are preferable to others on the market.

    How to calculate solar power?

    Most residential solar panels produce an output between 100 watts to 400 watts, although some panels have been known to generate more than 400 watts of power. Based on the watt power of your solar panel, you can calculate how big your solar system needs to be.

    To calculate the amount of solar power of the solar panel, you’ll need to know its efficiency rating, the amount of sunlight it receives, and the size of the solar panel.

    The formula to calculate the power output will be:

    Power (W) = Efficiency (%) × Surface Area (sq ft) × sunlight (W/ sq ft)

    What can a 100W solar panel run?

    Jackery SolarSaga 100W Solar Panels aren’t designed to run a house independently, but they can charge small devices like smartphones and tablets with their two USB output ports. However, you can combine SolarSaga 100W Solar Panels with Jackery Explorer 1500 to power all your home appliances. With only four SolarSaga solar panels, you can power the Jackery Explorer 1500 within 4 hours.

    How to take advantage of solar panels?

    Due to their portability and compatibility, Jackery Explorer Portable Power Stations are ideal companions for solar panels. When solar panels absorb the sun’s energy and transform it into electricity, the power station acts as a storage source where the power is stored. You can connect the solar power station to any of your electrical appliances and keep it running for hours. Some other benefits of the Jackery Solar Generator include:

    • Portable: Jackery solar panels and power stations are portable in nature, meaning you can carry them anywhere and recharge electric devices, including mini-fridges, electric grills, electric blankets, etc.
    • Quiet:Unlike gas generators, Jackery Solar Generator operates without noise. Thus, you can use them at night without worrying about sleep disturbance.
    • No Pollution:As solar generators work by converting clean solar energy into electrical energy, there is no pollution. Hence, when you switch to solar, you switch to a clean and green energy source.

    Final Thoughts

    Planning outdoor activities like camping, hiking, or an RV trip is a fantastic, rejuvenating experience. But you’ll need a reliable power solution to charge your electrical devices away from the grid. Portable solar panels and power stations allow you to harness the sun’s energy into electricity and store it for later use.

    Though multiple solar panel dimensions are available, consider choosing a power source that can not only charge small appliances but also act as a reliable power source with an extended lifespan. Learn about Jackery Solar Power.

    For more updates, exclusive deals, and product news, you can subscribe to the Jackery newsletter!

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