Skip to content
5V 500mA Solar Panel with Cable – 130mm x 150mm. 5v solar charger

5V 500mA Solar Panel with Cable – 130mm x 150mm. 5v solar charger

    V 500mA Solar Panel with Cable130mm x 150mm

    130mm x 150mm rectangle 5V solar panel has a current rating of 500mA and is constructed from polycrystalline silicon encased in a protective outer frame.

    FREE SHIPPING Worldwide on orders 199

    EXPRESS SHIPPING Available.

    All stock is located in Australia.

    Description:

    130mm x 150mm rectangle 5V solar panel has a current rating of 500mA and is constructed from polycrystalline silicon encased in a protective outer frame.

    Featuring a pre-soldered 30cm cable, allowing for quick and easy setup.

    Contents:

    Reviews

    Be the first to review “5V 500mA Solar Panel with Cable130mm x 150mm”

    Can’t find the information you are looking for? Click Here to Contact Us

    Australian Orders

    We ship Australia-wide to all addresses, including PO Box, Parcel Locker, etc. The following shipping options available are listed below:

    • Standard Shipping – Free(low cost / small products orders under 35 AUD) – Sent via standard Australia Post stamped mail, this shipping option has no tracking and support other than messages from Phipps Electronics to confirm the package has been dispatched to Australia Post.
    • Parcel Shipping(higher cost / larger products orders over 35 AUD or Postage paid at checkout) – Sent via Australia Post Parcel Service or Courier Service, this shipping option has full tracking.
    • Express Post – Sent via Australia Post Express Service, this shipping option has full tracking.

    View the table below for shipping time estimates for Australian orders. These estimates are based on Australia Post’s recent delivery performance and do not take into account any current disruptions which may affect delivery time.

    StateStamped PostageParcel PostExpress Post

    New Zealand Orders

    We ship to New Zealand, to all addresses, including PO Boxes. Packages shipped to New Zealand are sent through Australia Post with 2 shipping options available.

    View the table below for shipping time estimates for orders to New Zealand. These estimates are based on Australia Post’s recent delivery performance and do not take into account any current disruptions which may affect delivery time.

    CountryStandard ParcelExpress Parcel

    International Orders

    We ship to most countries worldwide, there may be limitations on the addresses they can be delivered based on each individual country. Orders are shipped by Australia Post, in the rare circumstance that Australia Post can’t deliver to the selected country we will attempt to ship with another shipping service.

    View the link below for shipping time estimates. These estimates are based on Australis Post’s recent delivery performance and do not take into account any current disruptions which may affect delivery time.

    If you have any questions, please have a look at the customer service portal where you will find answers to many common questions, or you can reach out to us through the contact us page.

    Detailed Overview of a 5 Volt Solar Panel: Its Features, Applications, and Benefits

    Do you think solar panels are available only in large sizes that can be installed on the rooftops? Think again!

    In modern times, various manufacturers provide small and highly efficient solar panels such as the 5V solar panel. The silicon cells in this panel capture sunlight to produce electricity like other solar panels.

    Then how is it different from other solar panels?

    Well, a 5V solar panel has a compact structure with an inbuilt solar charge controller. Impressive, isn’t it?

    Apart from its portability, this solar panel offers many other advantages. Read this blog to understand how a compact 5-volt solar panel works to run small appliances.

    Let us start by understanding the product details of a 5V solar panel first.

    Product Details of a 5V solar panel

    Before you plan to buy a 5V solar panel to meet your power requirements, it is essential to know its specifications and details.

    Although it uses the photovoltaic effect like any other rooftop solar panel to produce electricity, its specifications and details are different.

    The most important details of a solar panel with 5 V power include:

    • – Instead of a rooftop solar installation, you can use this solar panel to run small devices
    • – You can use it to power IoT devices
    • – It can also be used to charge laptops and mobile phones
    • – It is suitable for charging solar battery power banks
    • – This solar panel is also a reliable power source for charging security cameras and Alexa
    • – It is mostly suitable for charging small devices only and cannot power a home lighting system

    Features and Applications of a 5V Solar Panel

    Now that you know the product details of a 5 V solar panel, let’s also look at the features it offers.

    • – Since it has a compact structure and is portable, you can carry it everywhere with you
    • – It is lightweight. Therefore, anyone can easily lift it or handle it without needing any support
    • – All the parts of this solar panel are fixed, and their functions are also easy to understand
    • – It’s pretty easy to maintain these ‘on-the-go’ solar panels

    Benefits of Using a 5V Solar Panel

    A 5-volt solar panel is small and suitable for charging small devices, that much you already know. But, it also offers other benefits, such as –

    • – It does not require a connection to a power plug for recharging purposes
    • – You can easily charge the panel by placing it under direct sunlight
    • – You can easily understand and adapt to the functions of a 5-volt solar panel.

    In addition to these benefits, a 5 V solar panel is an excellent replacement for conventional electric power banks.

    Wondering how? Here’s a table for your reference.

    5V solar panel Electric power bank
    It doesn’t need an electric plug point It requires an electric plug-in; can’t work without one once it’s exhausted
    It is charged by sunlight It depends on electricity for charging purposes; can’t be charged via sunlight
    It does not require a hefty investment. Although it’s slightly costlier than an electric power bank, it’s worth the price Although it is cheap, it increases the electric bill to an extent

    Differences Between a 5 Volt a 24 Volt Solar Panel

    From the above points, it is evident that a 5-volt solar panel is quite helpful despite its low output voltage.

    However, if you want to know the differences between a 24 volt and 5V solar panel, you must read the following table:

    5-volt solar panel 24-volt solar panel
    You can use it to charge small electric devices as it supplies low power It can power devices that need a high-load power supply
    It is not suitable to run household lights You can depend on this system to power the street lights as well as indoor lights and garden lights

    Why choose SolarSquare?

    We, at SolarSquare, offer prefabricated mounting structures.

    Wondering what’s special about these structures? Well, here are the details:

    • – They’re elevated from the ground so that you still have the rooftop to yourself after installing the solar system
    • – The mounting structures are so strong that they won’t collapse even under high wind speeds up to 150 kmph.
    • – They are built to last a lifetime since they can easily withstand extreme weather variations
    • – They’re zinc-coated. So, forget about rusting

    That being said, we offer many other attractive services just for our customers.

    • – Our installation team is well-versed in using ultramodern equipment to ensure the safe and sound installation of the solar system
    • – We offer a 0% six-month EMI scheme to our customers
    • – We offer a quick, 10-minute loan approval
    • – We offer a 5-year AMC contract. Your solar system is our responsibility
    • – We use special equipment and brushes to clean any dirt, debris, or bird droppings from the surface of the panels

    Register with us to find out more about our offerings.

    Conclusion

    A 5-volt solar panel is a very small device to generate electricity with the help of sunlight. Therefore, you can use it to meet your small power needs.

    A 5-volt solar panel is undoubtedly the best option when you’re camping or hiking and need your devices charged.

    You will never be out of touch with the outer world with this mini panel in your since sunlight will follow you everywhere you go, and sunlight is all that this solar panel needs.

    In addition, by charging small devices with this panel, you can marginally reduce your electricity consumption too.

    FAQs

    Q. Can I use a 5-volt solar panel while travelling?

    It’s an on-the-go solar panel. This means you can take it anywhere with you. So, yes, you can use it while travelling as long as there’s sunlight.

    Q. How can I charge the battery of a 5-volt solar panel?

    You need to place the panel in direct sunlight for some time to charge the battery with solar energy.

    500ma, solar, panel, cable, 130mm

    Q. What are the devices a 5-volt solar system can power?

    It is suitable to power IoT devices, laptops, mobile phones, Alexa, and security cameras.

    Jackery Explorer 1000 Portable Power Station

    Leave your email below to get a notification when the product is available for pre-order. Notify Me I have read and agreed to the Terms and Privacy Policy.

    • 1002Wh Capacity, 1000W (2000W Surge Power) Output
    • Supports 8 Devices Simultaneously
    • 3 Ways to Recharge
    • Safe and Easy to Use
    • Long Battery Standby
    • Shock and Fire Resistance
    • Compact and Portable

    Fast Delivery

    2 1 Years Warranty

    30-Day Money back

    Jackery Explorer 1000 Portable Power Station charges eight devices simultaneously. Featuring a battery capacity of 1002Wh, the portable power station is suitable for charging all devices during camping and power outages. Excellent features of the Explorer 1000 power station include three standard pure sine wave AC outlets, compact design, MPPT charge controller, and an industrial-grade quiet power station.

    To power with Explorer 1000 (1002Wh Capacity) Please enter the wattage of the appliance (not exceeding 1002W)

    How Many Solar Panels Do I Need

    0 Hrs Recharging Time

    0 Wh Sustainable Energy Saving

    Choose One Type of Solar Panel

    0 Hrs

    0 Wh

    Sustainable Energy Saving

    500ma, solar, panel, cable, 130mm

    Product Recommendation

    PREPARING YOUR SOLAR GENERATOR

    The Explorer 1000 can be quickly fully recharged within 8 hours by connecting two SolarSaga 100W solar panels together with an adapter cable (package included).

    Solar recharging steps:

    Find the DC interface on the back of SolarSaga 100W;

    Connect the DC interfaces of 2SolarSaga 100W with the Y Parallel Cable;

    Connect the Y Parallel Cable with the Anderson input of Explorer 1000

    500ma, solar, panel, cable, 130mm

    Product Details

    Notes: 1. Solar panel types and quantity depends on your purchase. 2. Buy 2 SolarSoga, get 1Solar Panel Connectors. 3. Buy 4 or 6 SolarSoga, get 2Solar Panel Connectors.

    This product (portable power supply) can supply power to your device in the temperature range of.10 to 40 degrees Celsius (-10 to 65 degrees Celsius for solar panels). If the operating temperature is outside the above range, this product may not work.

    FAQ

    Q: What devices can Explorer 1000 power?

    A: Please note that the AC output ports can only charge/power devices that operate at less than 1000-Watts, besides, the whole wattage should be under 1000 watts as well. Once exceeding, the Explorer 1000 will shut off automatically. Please refer to your device specification before purchase.

    Q: How to know the working times for my device?

    A: Working time = 1002Wh 0.85 / operating wattage of your deviceFor reference, assuming power consumption of your device is 60W (might be a box fan), working time will be 1002Wh0.85/60w=14.2hrs (rough calculated).Please note: actual power consumption varies from different usages, please consult Jackery for better purchase decision.

    Q: What is the maximum watts of solar panels can be used to charge Explorer 1000? Also how long will it take to recharge from a fully discharge battery?

    A: The maximum input wattage of Explorer 1000 is 126W(12~30V,7.5~8.33A ). As for recharging time, it depends on which panel you are using and weather conditions, for example, the Explorer 1000 can be quickly recharged within 8 hours by connecting two SolarSaga 100W solar panels together with an adapter cable. If connecting only one single panel, the approximate recharging time is 17 hours. Recharging time may varies from different location, temperature, weather etc, the actual time may be different.

    Q: Can the Explorer 1000 be charged while using?

    A: Yes, you can use the Explorer 1000 to charge devices, while it’s being re-charged at the same time.

    Subscribe Here

    By entering your phone number or Email, you consent to receive our marketing messages via SMS or Email, including the latest offers, freebies, services, etc. You agree to the Terms of Service and Privacy Policy. You can unsubscribe anytime.

    Lion Trek Portable Solar Generator review

    Sometimes you need power on the go but a power bank won’t cut it but a bulky power station might be overkill. That’s when a solar power generator like the Lion Trek is perfect. It packs up to 99.9Wh of stored energy into a compact airline approved package. Lion Energy sent us one out for review a few weeks ago and I’ve been impressed with it just like I was with the company’s larger Safari ME.

    Features

    The Lion Trek has everything you need to keep your devices powered up on the go. It features two USB Type-A ports capable of 5V at 2.4A, a USB Type-C port with Power Delivery that maxes out at 60W, and a 150W AC port.

    With all of these ports, it doesn’t matter what device you have with you, the Lion Trek is going to be able to charge or power it. Whether it’s your phone, tablet, smartwatch, drone, laptop, etc. one of these outputs will work with it. I was able to charge my phone, laptop, and even run a TV with the Lion Trek without issue.

    Charging the Lion Trek was also quick and easy. When using the included 60W charger it only took around two hours to fully charge it and be ready to go. Additionally, Lion Energy has included a solar charging port making it easy to charge up on camping or hiking trips using the sun.

    One of the main features of the Lion Trek that cannot be overlooked is the size. The Lion Trek packs a lot of power into a 2.1-pound compact form factor with a rubberized rugged shell. I found it to be durable and easy to carry in a bag, however, the protective rubber casing can pick up some dirt and will need a wipe-down from time to time. That’s a small price to pay given how versatile the Lion Trek is.

    The easy-to-read display is also a standout feature on the Lion Trek. With it, you’re able to check the current battery level, see how many watts are being used, and the time remaining until it will be fully drained.

    Editor’s Choice

    This award is reserved for products, apps, and services which have an overall average score of 4.25 or higher. Graded on a scale of 1-5, our reviews look at a variety of aspects to determine a total rating. Factors which help to create the composite score will often include design, features, price, warranty, audio, battery, general and performance.

    Final thoughts

    If you’re looking for a portable power generator for a day trip or hike, then look no further. I’ve used the Lion Trek over the past few weeks to charge several devices and run a 43-inch HDTV for nearly four hours. It has been perfect for tossing in a bag and knowing that I’ll be able to charge my phone, tablet, or power my laptop on the go. Furthermore, I love that I can charge it up with solar panels like the 50W Foldable Solar Panels I previously reviewed from Lion Energy.

    Will a 5W Solar Panel Charge a 12V Battery?

    Just so you know, this page contains affiliate links. If you make a purchase after clicking on one, at no extra cost to you I may earn a small commission.

    Yes, a 5W solar panel can charge a 12V battery.

    In fact, I recently did it myself:

    Then, after doing it, I saw that Google isn’t exactly giving the best answer to this question:

    And I decided to write this article to set the record straight.

    So, once again, for the people in the back:

    Yes, you can charge a 12V battery with a 5W solar panel. You just need to make sure it’s a 12V solar panel. Anything less, such as a 6V or 9V solar panel, won’t work.

    Materials Tools

    Materials

    • Newpowa 5W 12V solar panel
    • 12V PWM solar charge controller
    • 12V battery (I used a 12V 33Ah battery)
    • Wires, connectors, and fuses (I used the NOCO GC018)

    Tools

    • Wire cutter
    • Wire stripper
    • Screwdriver

    Step 1: Connect the 12V Battery to the Solar Charge Controller

    Connecting a battery to a solar charge controller requires wires, wire connectors, and an inline fuse.

    You can use your own wire and connectors, or you can buy some to make the process a little easier. I ended up buying something called the NOCO GC018. It’s a 12V plug adapter that comes with an inline fuse and ring terminals — the right kind for my 12V battery.

    500ma, solar, panel, cable, 130mm

    To start, I cut the 12V plug off the NOCO GC018 with my wire cutter.

    Then I just pulled the wires apart a little bit and stripped the ends. (I’ll be sticking the stripped ends in the charge controller’s terminals.)

    Now my wires are ready. I can connect them to the battery terminals using the ring terminals. And I can connect them to the charge controller terminals using a screwdriver.

    I first connected the positive and negative wires to their respective battery terminals. Like so:

    Then I used a screwdriver (a precision screwdriver, in my case) to connect the stripped wire ends to the charge controller’s battery terminals. My controller’s terminals have a battery icon on them, as well as a plus and minus, to help me know where each wire goes.

    When all the wires were connected, my charge controller turned on to indicate that it was properly connected to the 12V battery.

    Consult your charge controller’s manual for instructions on how to program it for your battery type. Mine defaults to sealed lead acid batteries, which is the battery type I was using.

    Step 2: Connect the 5W Solar Panel to the Solar Charge Controller

    My 5W solar panel came with wires that had stripped ends. This made it simple to connect it to my charge controller.

    I simply connected the positive and negative solar wires to their respective terminals on my charge controller. Once again, the terminals have a solar panel icon on them and are marked for positive and negative which makes it easy.

    Now your solar panel is connected…

    Here’s how mine turned out:

    That’s really all there is to it.

    However, because my solar panel was inside, at this point it wasn’t getting enough sunlight to actually charge the battery.

    Step 3: Test Your 5W Solar 12V Battery Charger

    You’ve effectively just built a 5W solar 12V battery charger. Not bad!

    To test mine, I took everything outside (making sure no wires got disconnected in the process) and put the solar panel in direct sunlight.

    I then cycled through the system specs on my charge controller until I got to the PV current display.

    It indicated that my 5W solar panel was charging my 12V battery at a rate of 0.2 amps:

    There you go — proof that a 5W solar panel can charge a 12V battery.

    I can now just leave my charging setup outside in direct sunlight. The panel will continue to charge the battery as I go about my day.

    The charge controller has overcharge protection, meaning it will stop the charging once the battery is full.

    W Solar 12V Battery Charger Wiring Diagram

    Here’s the circuit diagram for using a 5W solar panel to charge a 12V battery:

    And here’s what I call the “real-world wiring diagram”, which shows what it looks like in real life:

    Notes about this wiring diagram:

    • Safety best practices are to place a fuse between the charge controller and both battery and solar panel. (However, for this project, because my solar panel is so small, I left out the fuse between the solar panel and charge controller.)
    • For most charge controllers, you connect the battery first and then the solar panel. Consult your controller’s manual for the manufacturer’s recommended connection order.
    • Make sure to get a 12V 5W solar panel. If it is a lower voltage 5W panel (like 6V or 9V) it won’t work with a 12V charge controller.
    • Make sure your charge controller is compatible with your battery’s chemistry. For example, some charge controllers only work with lead acid batteries. Others work with lead acid and lithium batteries.
    • I recommend a PWM charge controller for this project because they’re cheap, and because the PV voltage likely won’t get high enough for an MPPT charge controller. For an MPPT controller to work, the PV voltage usually has to be 4 or 5 volts above the battery voltage.

    Tip: This circuit diagram would work for many other solar panel sizes (e.g. 10W, 20W, 50W, 80W, 100W) as long as it’s a 12V solar panel and you use the appropriate wire gauge and fuse size for the current.

    How Long Does It Take to Charge a 12V Battery with a 5W Solar Panel?

    According to our solar panel charge time calculator, it takes around 107.3 peak sun hours for a 5W solar panel to fully charge a 50Ah 12V lead acid battery using a PWM charge controller.

    And here are the estimated charge times for 5 other common solar panel sizes:

    • 10W solar panel: 54.1 peak sun hours
    • 20W solar panel: 27.6 peak sun hours
    • 50W solar panel: 11.6 peak sun hours
    • 80W solar panel: 7.6 peak sun hours
    • 100W solar panel: 6.3 peak sun hours

    Of course, these estimated charge times vary depending on factors such as battery capacity and battery type.

    What Size Solar Panel Do You Need to Charge a 12V Battery?

    You can charge a 12V battery with many different solar panel sizes.

    Knowing this, the question then becomes:

    “How fast do I want to solar charge my 12V battery?”

    Based on the above charge times, we can draw some conclusions:

    5W and 10W solar panels are good for slow, trickle charging 12V batteries. They’re a good size solar panel for maintaining a 12V battery’s charge, and will slowly charge it up over the course of weeks — maybe even months depending on the weather and size of the battery.

    20W and 50W solar panels are good for fast charging small 12V batteries. For example, a 20W solar panel can charge a 20Ah 12V battery in around 17 hours of direct sunlight. A 50W panel can do it in around 8 hours.

    80W and 100W solar panels are good for fast charging large 12V and car batteries. If it’s a 50Ah battery, they can fully charge it in around 12 hours or less of direct sunlight.

    For more help on finding the right size solar panel for your solar charging setup, check out my post on what size solar panel will charge a 12V battery quickly.

    Tip: You can reduce these charge times further by upgrading from a PWM to an MPPT charge controller. MPPT charge controllers are much more efficient, but they’re also much more expensive.

    DIY Solar Charging Projects You Can Build Now

    Like I said, you just built a solar 12V battery charger.

    You connected a solar panel to a battery via a charge controller. And the solar panel is now charging that battery.

    Using what you just learned, you can build even more solar chargers.

    Here are some ideas for your next project:

    DIY Solar Car Battery Charger

    Car batteries are also 12V batteries. So, using the same solar panel and charge controller, I was able to make a solar car battery charger.

    Solar Ebike Battery Charger

    You’re also just a few parts away from solar charging an electric bike. Don’t be fooled by how complex it looks — you just need a bigger solar panel and a small inverter.

    Leave a Reply

    Your email address will not be published. Required fields are marked *