If you’re looking for a power station to keep your devices and appliances running when you’re off the grid or during a power outage, you might be wondering which brand to choose. There are many options out there, but two of the most popular ones are Anker and Jackery. Both of them offer high-quality, reliable, and versatile power stations that can meet your needs. But how do they compare? Which one is better for you?
In this guide, we’ll compare Anker and Jackery on some key aspects, such as capacity, output, charging speed, design, and price. We’ll also give you our verdict on which one is the winner in each category. By the end of this guide, you’ll have a clear idea of which power station suits you best.
Let’s get started!
Capacity
One of the most important factors to consider when choosing a power station is how much energy it can store and provide. The higher the capacity, the longer it can run your devices and appliances. Capacity is measured in watt-hours (Wh), which is the amount of power that can be delivered in one hour.
Anker offers four models of power stations: the 757, the 767, the 535, and the 555. The 757 has a capacity of 1229Wh, which is enough to power a refrigerator for 10-20 hours, a CPAP machine for 30-35 hours, or a laptop for 21-42 hours. The 767 has a capacity of 2048Wh, which is enough to power a refrigerator for 17-34 hours, a CPAP machine for 51-59 hours, or a laptop for 35-70 hours. The 535 has a capacity of 512Wh, which is enough to power a refrigerator for 4-8 hours, a CPAP machine for 12-14 hours, or a laptop for 8-16 hours. The 555 has a capacity of 550Wh, which is enough to power a refrigerator for 4-9 hours, a CPAP machine for 13-15 hours, or a laptop for 9-18 hours.
Jackery also offers four models of power stations: the Explorer 3000 Pro, the Explorer 2000 Plus, the Explorer 1500, and the Explorer 1000. The Explorer 3000 Pro has a capacity of 2936Wh, which is enough to power a refrigerator for 24-48 hours, a CPAP machine for 73-85 hours, or a laptop for 49-98 hours. The Explorer 2000 Plus has a capacity of 2048Wh, which is enough to power a refrigerator for 17-34 hours, a CPAP machine for 51-59 hours, or a laptop for 35-70 hours. The Explorer 1500 has a capacity of 1800Wh, which is enough to power a refrigerator for 15-30 hours, a CPAP machine for 45-53 hours, or a laptop for 30-60 hours. The Explorer 1000 has a capacity of 1002Wh, which is enough to power a refrigerator for 8-17 hours, a CPAP machine for 25-29 hours, or a laptop for 17-34 hours.
Winner: Jackery
Jackery wins this category because it offers higher capacities than Anker’s models. The Explorer 3000 Pro has more than twice the capacity of Anker’s highest model (the 767), while the Explorer 2000 Plus has the same capacity as Anker’s highest model but with more features (see below). Jackery also offers more options in terms of capacity range than Anker.
Output
Another important factor to consider when choosing a power station is how much power it can deliver at once. The higher the output, the more devices and appliances it can run simultaneously. Output is measured in watts (W), which is the rate of energy transfer.
Anker’s models have an output range of 500W to 1500W. The 757 and 767 have an output of 1500W, which means they can run most household appliances without any problem. They also have a surge power of 3000W, which means they can handle short bursts of higher power demand from devices that have motors or compressors. The 535 and 555 have an output of 500W, which means they can run most personal devices and small appliances. They also have a surge power of 1000W.
Jackery’s models have an output range of 1000W to 3000W. The Explorer 3000 Pro has an output of 3000W, which means it can run almost any appliance you can think of. It also has a surge power of 6000W, which means it can handle even more demanding devices. The Explorer 2000 Plus has an output of 2000W, which means it can run most household appliances without any problem. It also has a surge power of 4400W. The Explorer 1500 has an output of 1800W, which means it can run most household appliances without any problem. It also has a surge power of 3600W. The Explorer 1000 has an output of 1000W, which means it can run most personal devices and small appliances. It also has a surge power of 2000W.
Winner: Jackery
Jackery wins this category because it offers higher outputs and surge powers than Anker’s models. The Explorer 3000 Pro can run almost any appliance you can think of, while the Explorer 2000 Plus has the same output as Anker’s highest model but with more features (see below). Jackery also offers more options in terms of output range than Anker.
Charging Speed
Another important factor to consider when choosing a power station is how fast it can recharge itself. The faster the charging speed, the less time you have to wait before using it again. Charging speed is measured in hours (h), which is the time it takes to fully charge the battery.
Anker’s models have a charging speed range of 3.5h to 7h. The 757 and 767 have a charging speed of 3.5h when using a wall outlet or a car adapter. They can also be charged with solar panels, but the charging time will depend on the weather conditions and the solar panel size. The 535 and 555 have a charging speed of 7h when using a wall outlet or a car adapter. They can also be charged with solar panels, but the charging time will depend on the weather conditions and the solar panel size.
Jackery’s models have a charging speed range of 1.8h to 6.5h. The Explorer 3000 Pro has a charging speed of 2.5h when using a wall outlet or a car adapter. It can also be charged with solar panels in about 4-8h depending on the weather conditions and the solar panel size. The Explorer 2000 Plus has a charging speed of 1.8h when using a wall outlet or a car adapter. It can also be charged with solar panels in about 3-6h depending on the weather conditions and the solar panel size. The Explorer 1500 has a charging speed of 2h when using a wall outlet or a car adapter. It can also be charged with solar panels in about 3-6h depending on the weather conditions and the solar panel size. The Explorer 1000 has a charging speed of 6.5h when using a wall outlet or a car adapter. It can also be charged with solar panels in about 8-10h depending on the weather conditions and the solar panel size.
Winner: Jackery
Jackery wins this category because it offers faster charging speeds than Anker’s models. The Explorer 2000 Plus and the Explorer 1500 can be fully charged in less than 2 hours using a wall outlet or a car adapter, while Anker’s fastest model (the 757) takes 3.5 hours. Jackery also offers more options in terms of charging methods than Anker, such as MPPT technology and pass-through charging.
Design
Another important factor to consider when choosing a power station is how it looks and feels. The design of the power station affects its portability, durability, and user-friendliness. Design is measured by subjective preferences, but some objective aspects are the size, weight, shape, color, and interface of the power station.
Anker’s models have a sleek and modern design, with a black and silver color scheme. They have a hidden handle that makes them easy to carry and saves space. They also have a large LCD screen that shows the battery status, output, input, and other information. They also have a 12W LED light that can be used as an emergency light in four modes, including SOS.
Jackery’s models have a simple and elegant design, with a white and gray color scheme. They have a sturdy handle that makes them easy to carry and transport. They also have a clear LCD screen that shows the battery status, output, input, and other information. They also have an LED light that can be used as an emergency light.
Winner: Tie
Both Anker and Jackery have good designs for their power stations. They are both portable, durable, and user-friendly. They also have similar features such as LCD screens and LED lights. Therefore, we call this category a tie.
Price
Another important factor to consider when choosing a power station is how much it costs. The price of the power station reflects its quality, performance, and value. Price is measured in US dollars (USD), which is the currency used by both Anker and Jackery.
Anker’s models have a price range of $502 to $1399. The 757 costs $1399, while the 767 costs $1299. The 535 costs $599, while the 555 costs $502.
Jackery’s models have a price range of $299 to $3999. The Explorer 3000 Pro costs $3999, while the Explorer 2000 Plus costs $2799. The Explorer 1500 costs $1899, while the Explorer 1000 costs $1298.
Winner: Anker
Anker wins this category because it offers lower prices than Jackery for similar or higher capacity and output models. The 757 is cheaper than the Explorer 2000 Plus by $1400, while the 767 is cheaper than the Explorer 1500 by $600. Anker also offers a longer warranty than Jackery by 3 years.
Comparison Chart
Here is a comparison chart that summarizes the main differences between Anker and Jackery power stations:
| Category | Anker | Jackery |
|---|---|---|
| Capacity | 512Wh – 2048Wh | 1002Wh – 2936Wh |
| Output | 500W – 3000W | 1000W – 6000W |
| Charging Speed | 3.5h – 7h | 1.8h – 6.5h |
| Design | Sleek and modern | Simple and elegant |
| Price | $502 – $1399 | $299 – $3999 |
Conclusion
Based on our comparison, we can conclude that both Anker and Jackery are great brands for power stations. They both offer high-quality, reliable, and versatile products that can meet your needs for off-grid adventures or home backup during power outages.
However, if we have to choose one winner, we would go with Anker. Anker has an edge over Jackery in terms of price and warranty. It also has comparable capacities, outputs, and designs as Jackery’s models. Anker offers more affordable and durable power stations that can still power most of your devices and appliances.
Therefore, we recommend Anker as the best brand for power stations. If you’re interested in buying one of their products, you can visit their official website or check out their products on Amazon.
We hope this guide has helped you make an informed decision on which power station to buy. Thank you for reading PortablePowerLife.com!
