Camping Solar Panels Australia: Everything You Need to Know
Are you looking for the best Australian camping solar panels? You have come to the correct place. Investing in a high-quality solar panel can make all the difference in your outdoor experiences if you are an avid camper. Not only does it eliminate the need to seek out a power source perpetually, but it also allows you to contribute to environmental protection.
As the price of solar panels decreases, they have become the ideal power source for camping and off-grid living. There are portable solar panels for backpacking, camping, RVing, off-grid living, and other camping activities.
It can be challenging to tell which camping solar panel best fits your needs. This camping solar panels guide will provide invaluable information on selecting the best solar panels for camping, how they operate, and how many solar panels you need. We strongly recommend Jackery SolarSaga 100W solar panels to power your extended family camping trip and SolarSaga 80W solar panels for short-time camping.
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Key Takeaways: |
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• Camping solar panels are lightweight and portable; you can take them anywhere easily. • They are composed of semiconducting silicon that can convert sunlight into electricity. • Typically, camping consumes between 1500W and 3000W, although some air conditioners can increase that number to 3500W. • When choosing a camping solar panel, check its types, output, dimensions, and duration. • You will learn how to determine how many solar panels you need for camping with Jackery Portable Power Stations. |
Why Do You Need Camping Solar Panels?
Camping solar panels are lightweight and portable. You can pack them in your backpack or attach them to the exterior of your bag, so you do not have to worry about transporting them all day.
They are highly durable and constructed from sturdy materials that can withstand high temperatures and adverse weather conditions such as rain and snow without suffering any damage. It indicates that they will be durable even after years of intensive use during camping.
A decent camping solar panel system allows you to travel to remote and powerless locations without giving up your refrigerator, camping lights, mobile phone, and other devices.
[video: https://www.youtube.com/watch?v=AaI8OIkLp7g&t=1580s ]
How Do Camping Solar Panels Work?
Camping enthusiasts who want to harness the sun's energy to generate electricity while savoring the great outdoors must have solar panels. Understanding how solar panels function can help you select the most appropriate camping solar panels for your requirements.
There are primarily two categories of solar panels for camping: mounted solar panels and portable solar panels. Multiple solar cells comprise photovoltaic (PV) panels, also known as solar panels. These cells are composed of semiconducting materials - typically silicon, that can convert sunlight into electricity. There generally are three components of a camping solar system:
• Solar Panels• Inverter
• Battery Storage
• Charge Controller
The solar panels absorb solar energy when your camper is stationary or moving. The solar energy collected by the solar cells is converted into electrical current by circuits within the solar panel cells.
A charge controller modulates the battery's current flow and receives the electrical current via cables. Essentially "saving" energy to operate devices and appliances in your camper or charge items for later use, this energy is converted into DC electricity that charges the house battery or batteries in your trailer.
How Many Watts Does A Camping Use in Australia?
Your amperage requirement is crucial because it determines the size of camping solar panels you need. If you have many high-powered devices, such as a microwave or hair dryer, you should purchase a solar panel with a high output. Examine the amps (A) or watts (W) requirements of each appliance and device to estimate the power required.
Typically, camping consumes between 1500W and 3000W, although some air conditioners can increase that number to 3500W. It is determined by your camper's dimensions and air conditioning or heating systems.
Depending on the type of camping you conduct, usage patterns will vary. For instance, if you are staying in a motorhome park with hookups, you will likely consume more energy than if you were boondocking in the middle of nowhere without access to utilities.
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Camping Appliances |
Minimum Wattage |
Maximum Wattage |
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Air Conditioner |
1000 |
1300 |
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Blender |
300 |
500 |
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Coffee Maker |
300 |
800 |
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Portable Heater |
1500 |
2000 |
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Water Pump |
120 |
180 |
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Hair Dryer |
1000 |
2000 |
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Phone Charger |
2 |
4 |
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Electric Fan |
10 |
50 |
How Many Amps Does A Camping Use in Australia?
You are planning a camping trip across Australia and wondering which appliances you can bring and operate comfortably.
This table will assist you in calculating your daily power consumption in amp hours. The individual product's current draw and the hours you plan to operate each appliance is the major contributor to daily power consumption. For example, a coffee machine is a high-current appliance that runs for only 5 minutes, while the opposite is valid for a 12V compressor refrigerator.
Watt = Amp x Volt
Amp hours are amps multiplied by the number of hours of use. A refrigerator that consumes two amps and operates for an hour uses 2Amp hours (2Ah).
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Camping Appliances |
Amps |
Hours/day |
Daily Consumption |
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Fridge |
2A |
24H |
45Ah |
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Microwave |
93A |
5Mins |
8Ah |
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Toaster |
45A |
5Mins |
4Ah |
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Induction Cooker |
Max 100A |
30Mins |
50Ah |
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Coffee Maker |
Max 90A |
5Mins |
8Ah |
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Kettle |
147A |
5Mins |
12Ah |
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Water Pump |
6A |
1H |
6Ah |
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Air Conditioner |
45-55A |
Up to 3H |
50Ah |
How Much Solar Power Does A Camping Need
Your 12V camping refrigerator has a significant impact on your daily energy consumption. However, calculating this power consumption can be difficult due to numerous variables, such as the ambient operating temperature, the time of day, and the frequency with which you use your appliances.
Typically, a premium 12V camping refrigerator consumes between 40Ah and 45Ah daily. Depending on the time of day and your geographic location, most campsites receive between two and seven hours of practical solar energy.
The above calculation is greatly simplified and is based on the minimum solar requirements based on the appliance's size, performance, and operating conditions.
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Camping Appliances |
Wattage |
Hours |
Solar Power Needed |
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Air Conditioner |
1000 |
2H |
2000Wh |
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Blender |
300 |
10Mins |
50Wh |
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Coffee Maker |
300 |
10Mins |
50Wh |
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Portable Heater |
1500 |
30Mins |
750Wh |
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Water Pump |
120 |
30Mins |
60Wh |
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Hair Dryer |
1000 |
5Mins |
83Wh |
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Phone Charger |
2 |
30Mins |
1Wh |
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Electric Fan |
10 |
2H |
20Wh |
The Best Camping Solar Panels Australia with Jackery
Solar panels are popular among campers because they provide a pure, silent, renewable energy source. If you have the right solar panels for camping, you can power your lighting, appliances, and other equipment, enabling you to enjoy the great outdoors without losing any creature comforts.
Jackery is the foremost manufacturer of solar panels, portable power stations, and solar generators. Jackery portable solar panels can be folded and fastened to make them more mobile and transportable. With one of the highest 23.7% efficiencies in the industry, you can convert sunlight into pure energy and make the most of the sun's energy.
By combining the Jackery Portable Power Stations with a lithium power station, solar energy can be stored and used to charge your equipment. It can be a camping solar generator system.
The aesthetically pleasing panels and ergonomically designed handles can be installed in just one minute and are ideal for outdoor use.
SolarSaga 100W Solar Panel: Best Solar Panel for Family Camping
This monocrystalline Jackery SolarSaga 100W Solar Panel converts solar energy into renewable energy. It has a high solar conversion efficiency of 24.3 percent, making it perfect for use during power outages and other activities outside. The ETFE-laminated case extends the solar panel's lifespan and weighs only 10.33 lb. It is lightweight, foldable, waterproof to IP65 standards, and simple to transport for family camping trips.
The solar panels are made with monocrystalline solar cells and a honeycomb light-trapping design; they are furnished with adjustable stands, and their efficiency can reach up to 24.3%. During your camping journey, maximize your use of solar energy regardless of whether it is sunny or cloudy.
Foldable design for portability. Additionally, it is portable and lightweight for outdoor activities. Collapse the solar panel in half, and you'll have convenient solar energy at your fingertips instantly.
Product Specs
• Peak Power:100W, Open Circuit Voltage: 21.6V, Short Circuit Current: 6A.• Output Ports:1*USB-A Output: 5V⎓4A; 1*USB-C Output: 5V⎓3A.
• Materials: Monocrystalline Silicon Solar Cells
• Operating Temperature: -10-65℃(14-149°F)
• Waterproof: IP65
Customer Review
“Accurate power output when the sun is shining. Excellent quality and extensibility. It charges my 300W power station in roughly 3 to 4 hours. Consider acquiring additional panels and attaching them. You won't be dissatisfied with Jackery, as it is likely among the top three highest-quality solar panels currently available.”
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Product |
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Dimensions |
Folded: 24 x 21 x 1.4 in |
Unfolded: 48 x 21 x 0.2 in |
Weight: 10.33 lbs |
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Solar |
Peak Power: 100W |
Power Voltage: 18V |
Power Current: 5.55A |
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Efficiency |
24.3% |
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Compatible With |
Explorer 2000 Pro + 6*SolarSaga 100W = 2805Wh (5.5Hours Recharging) Explorer 2000 Pro + 4*SolarSaga 100W = 2550Wh (7.5Hours Recharging) Explorer 2000 Pro + 3*SolarSaga 100W = 2550Wh (10Hours Recharging) Explorer 2000 Pro + 2*SolarSaga 100W = 2295Wh (13.5Hours Recharging) Explorer 2000 Pro + 1*SolarSaga 100W = 2040Wh (24Hours Recharging) Explorer 1000 Pro + 4*SolarSaga 100W = 1292Wh (3.8Hours Recharging) Explorer 1000 Pro + 3*SolarSaga 100W = 1326Wh (5.2Hours Recharging) Explorer 1000 Pro + 2*SolarSaga 100W = 1190Wh (7Hours Recharging) Explorer 1000 Pro + 1*SolarSaga 100W = 1147.5Wh (13.5Hours Recharging) Explorer 500 + 1*SolarSaga 100W = 639Wh (9Hours Recharging) |
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SolarSaga 80W Solar Panel: Best Solar Panel for Short Camping
This two-sided Jackery SolarSaga 80W Monocrystalline Solar Panel converts solar energy into renewable energy. It is designed with extra-white glass on the back panel, producing an industry-leading 25 percent conversion efficacy. The solar panel weighs just 11 pounds, making it ideal for outdoor activities and home backup power disruptions.
It is lightweight, waterproof to IP68 standards, and has an ergonomic carry handle. Each corner also has polyurethane bumpers to prevent accidental damage during transport. Both surfaces of the upgraded solar panel can generate electricity. On the back panel, it uses extra-white glass with a 92% transmittance rate aids in the conversion rate.
The backside solar cell absorbs diffused and reflective light, increasing the conversion rate by 25%. A purse with a reflective interior is designed to reflect additional solar energy.
Product Specs
• Peak Power:80W, Open Circuit Voltage: 28.5V, Short Circuit Current: 3.71A.• Materials: Monocrystalline Silicon Solar Cells
• Warranty: 3 Year
• Operating Temperature: -10-65℃(14-149°F)
• Waterproof: IP68
Customer Review
“The new 80-watt solar panel is imposing. The water resistance rating is very high, so it is not at risk if it rains inadvertently. In addition, morning dew is not a panel murderer. The integrated corner protection is robust. I assume that many panels have their corners damaged while being transported. These are safeguarded from harm.”
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Product |
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Dimensions |
Folded: 35.67 x 20.79 x 1.06 in |
Unfolded: 35.67 x 20.79 x 1.06 in |
Weight: 10.33 lbs |
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Solar |
Peak Power: 80W |
Power Voltage: 22V |
Power Current: 3.6A |
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Efficiency |
25% |
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Compatible With |
Explorer 1000 Pro + 12*SolarSaga 80W = 1468.8Wh (1.8Hours Recharging) Explorer 1000 Pro + 8*SolarSaga 80W = 1305.6Wh (2.4Hours Recharging) Explorer 1000 Pro + 6*SolarSaga 80W = 1224Wh (3Hours Recharging) Explorer 1000 Pro + 5*SolarSaga 80W = 1292Wh (3.8Hours Recharging) Explorer 1000 Pro + 4*SolarSaga 80W = 1305.6Wh (4.8Hours Recharging) Explorer 1000 Pro + 3*SolarSaga 80W = 1224Wh (6Hours Recharging) Explorer 1000 Pro + 2*SolarSaga 80W = 1224Wh (9Hours Recharging) Explorer 1000 Pro + 1*SolarSaga 80W = 1156Wh (17Hours Recharging) Explorer 500 + 1*SolarSaga 80W = 629.8Wh (9.4Hours Recharging) |
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How to Select The Best Camping Solar Panels in Australia?
Choosing the most appropriate solar power system for camping equipment can take more work than selecting a simple item. It is essential to devote sufficient time to researching and comparing various options, considering your budget, the type of camping trips you intend to take, and your power needs.
Folding solar panels for camping are portable and compact, making them simple to store and transport. They are an optimal source of energy for campsites. In contrast, rigid camping solar panels are larger and more durable, making them suitable for the roofs of camping cars and recreational vehicles.
Monocrystalline, polycrystalline, and amorphous cells are the three primary varieties of camping solar panels. Each type has benefits and drawbacks, and it is essential to comprehend these distinctions to select the ideal solar panel for your requirements.
Monocrystalline Solar Panels are more effective than other solar cells because they are manufactured from single, high-quality silicon crystals. These panels are also more resilient, durable, and effective in low-light conditions.
They are typically more expensive than other varieties, but their efficiency and durability make them an excellent investment for campers. Jackery Solar Panels are composed of monocrystalline solar cells of superior quality.
Polycrystalline Solar Panels comprise inferior silicon crystals and are less efficient than monocrystalline panels. In addition, they are less expensive and more accessible, making them a popular option among campers.
Thin-film Solar Panels: A thin silicon layer is deposited on a flexible material to create thin-film solar panels. These panels are the least efficient of the three kinds but are also the most flexible and lightweight, making them a good option for those who frequently transport their solar panels.
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Types |
Efficiency |
Portability |
Durability |
Cost |
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Monocrystalline |
High |
High |
High |
High |
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Polycrystalline |
Medium |
Medium |
Medium |
Medium |
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Thin-Film |
Low |
Low |
Low |
Low |
When buying a solar panel to use while camping, the rated power is the most crucial aspect to consider. It would help to have sufficient amperage to provide adequate power for your devices and appliances.
A compact solar panel should function adequately under normal weather conditions if you only use it to power smartphones and lights. A solar array with a larger capacity is recommended for extended journeys.
Portable solar panels are the most potent and compact option. All models fold into a thin, compact dimension that fits in the included carrying case.
One night, one month, or twelve months? If you only camp occasionally for one night, a compact solar panel and portable power station will suffice.
Camping Solar Panels Australia FAQs
The following are the frequently asked questions about camping solar panels in Australia:
Although the technology is more refined, camping solar panels function similarly to other solar panels. They absorb energy from the sun, transfer it to a solar inverter, and then produce electricity that can be used to power your camping lights, mobile phone, camera, etc.
If you plan to purchase solar panels for your camping trip, you should determine how much energy you need. You can use this information to calculate the required size and quantity of solar panels. There are primarily 100W and 80W solar panels in Jackery, Australia; you can use solar power by combining solar panels with Portable Power Stations.
Estimating the amount of electricity needed before choosing a portable solar system is crucial. Depending on your needs, Jackery Solar Generators have capacities ranging from 518Wh to 2016Wh. The formula for calculating the recharge time for your device is as follows:
Working Time = Power Station Capacity*0.85 / Your Device's Operating Wattage
For example, using Explorer 1000 Pro portable power station (1002Wh capacity) to charge a 5W camping light will last 170.3 hours (1002Wh*0.85/5W).
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Products |
Portable Power Station |
No* of Panels |
Capacity |
Recharging Time |
Camping Appliances |
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SolarSaga 100W |
6 |
2805Wh |
5.5H |
Air Conditioner(1000W): 2.4H Blender(300W): 8H Coffee Maker(300W): 8H Water Pump(120W): 20H Phone(30W): 79.4H Portable Fan(10W): 238H |
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4 |
1292Wh |
3.8H |
Air Conditioner(1000W): 1.1H Blender(300W): 3.7H Coffee Maker(300W): 3.7H Water Pump(120W): 9.2H Phone(30W): 36.6H Portable Fan(10W): 109.8H |
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1 |
639Wh |
7H |
Blender(300W): 1.8H Coffee Maker(300W): 1.8H Water Pump(120W): 4.5H Phone(30W): 18.1H Portable Fan(10W): 54.3H |
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1 |
305Wh |
5H |
Blender(300W): 52Mins Coffee Maker(300W): 52Mins Water Pump(120W): 2.2H Phone(30W): 8.6H Portable Fan(10W): 25.9H |
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SolarSaga 80W |
Explorer 1000 Pro |
12 |
1468.8Wh |
1.8H |
Air Conditioner(1000W): 1.2H Blender(300W): 4.2H Coffee Maker(300W): 4.2H Water Pump(120W): 10.4H Phone(30W): 79.4H Portable Fan(10W): 124.8H |
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Explorer 1000 Pro |
8 |
1305.6Wh |
2.4H |
Air Conditioner(1000W): 1.1H Blender(300W): 3.7H Coffee Maker(300W): 3.7H Water Pump(120W): 9.2H Phone(30W): 37H Portable Fan(10W): 110H |
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Explorer 500 |
1 |
629.8Wh |
9.4H |
Blender(300W): 1.8H Coffee Maker(300W): 1.8H Water Pump(120W): 4.5H Phone(30W): 17.8H Portable Fan(10W): 53.5H |
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Explorer 240 |
1 |
305Wh |
5H |
Blender(300W): 52Mins Coffee Maker(300W): 52Mins Water Pump(120W): 2.2H Phone(30W): 8.6H Portable Fan(10W): 25.9H |
Although they come in various sizes and configurations, every 100 W solar panel will provide you with a small but valuable amount of solar energy. They are most effective when coupled with a battery, which allows power to be stored for later use. They're a great way to keep your phone and tablet charged while away from an electrical outlet, such as on a camping trip.
Keep in mind that a solar panel of about 100 W is only adequate for powering a few small devices and, indeed, only part of the house.
Typically, a 100-watt solar panel operating at peak efficiency can charge a 100Ah 12V battery in a single day, which requires at least eight hours of uninterrupted sunlight without obstructions between the sun and your solar panel.
Final Thoughts
Choosing the proper solar panel for a solar camping setup can take time and effort. Selecting the correct camping solar panels in Australia can be the difference between a durable piece of equipment and one that leaves you without power or money. Now that you understand how to choose a solar panel, it's time to take your camping trip!
Construct your portable solar power system using the Jackery Solar Saga 100W/80W and Jackery Explorer 240/500/1000 Pro/2000 Pro power stations. Jackery Solar Generator is suitable for all camping activities. It could power the majority of your outdoor electronics and appliances. Simply combining solar panels with portable power stations will provide clean, unlimited energy for your camping excursions.
