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Your electronic equipment can be powered for hours or even days at a time with the Anker SOLIX F2000, whether you’re off the grid or preparing for an emergency.
It is about the same size and weight as a tiny microwave and offers a consistent power supply without producing as much noise or emissions as a portable generator that runs on gas.
Over the course of the last six years, we have examined and tested hundreds of portable power stations. What has made the Anker SOLIX 767 stand out from the competition is its amazing maximum output, wide range of ports, user-friendly interface, and sturdy design.
Quick List
Are you eager to learn the top portable power stations without wasting any time? Here is a summary of our selections; you can also click on each option to read a more thorough analysis, and our price comparison tool will assist you in locating the best offers.
Last update on 2024-12-04 / Affiliate links / Images from Amazon.
Anker SOLIX F2000 – BEST OVERALL
- [Longest-Lasting 10-Year Lifespan] - With InfiniPower's long-lasting technology, Anker...
- [Rapid Recharge] - Thanks to HyperFlash technology, Anker PowerHouse 767 can be charged from 0...
- [Power Up to 12 Devices] - The 2400W output and an exclusive RV port, 4 AC ports, 3 USB-C...
Last update on 2024-12-04 / Affiliate links / Images from Amazon.
Pros
- Wheels and “Tow” arm
- TT-30R Outlet
- Built-in Light Bar
- Companion App for more control
Cons
- No wireless charging top
- Heavy, needs the wheels for easy transport
Anker SOLIX F2000 – Overview
To put things mildly, Anker’s PowerHouse F2000 Portable Power Station is a remarkable power station. In our minds, nevertheless, it truly flourishes outside. Yes, it could be used only within the house, but given its integrated wheels, RV outlet, and light bar, it feels more like a portable power station meant to be tested and carried on enjoyable excursions. As with many high-end models we see, this power station has the option to include solar panels, however we did not receive them to test it. Additionally, the accompanying app allows for control over this power plant. We can view the discharge or recharge state, redirect power to specific port types, and do a lot more using the app.
Design
As previously said, there are a few noteworthy special features of this enormous portable power plant. To begin with, this power station resembles a rolling luggage in that it has wheels and a retractable handle. The handle itself can support far more weight than the PowerHouse F2000, and the wheels are big and sturdy enough to tackle certain outside terrain. Next, there is an RV plug at this power station. The fact that this power station can power your entire RV if necessary is a significant benefit if you have an RV and are shopping for one. We’ve seen a number of power stations, but not many have this outlet. As a pro tip, this may even serve as an adaptor if the place you are staying doesn’t have one. Last but not least, this power station includes an integrated multi-brightness LED light strip to assist illuminate your campground, garage, or anywhere else you are.
Performance
Everything about the Anker PowerHouse 767 Portable Power Station operated as advertised during our evaluation. Every facet of this power station’s operation, including how fast (and noisily) it recharged, how to toggle power conservation mode, and how to activate a light SOS mode in an emergency, was all controllable. The majority of portable power stations with companion applications and zone management allow us to enable or disable ports based on their kind; for example, we may enable all of the AC outlets simultaneously.
Battery Capacity
This is a big battery 2048Wh. As at the time of writing, that is also the same size as our top offering. This is certainly one of the larger possibilities available, without going beyond the dimensions of a portable power station. Beyond this, you should be able to determine that this model is no longer very portable merely by looking at its wheels. We believe that the capacity has therefore reached its ideal point for situations in which you want portable power. Read in detail
GRECELL T-300 – BEST IN PORTABILITY
- 【288Wh Capacity, 330W Output】330W (600W surge) pure sine wave supports most laptops,...
- 【Upgraded Battery Management System】We promise to adopt quality lithium batteries since we...
- 【USB-C PD 60W, USB-A QC 18W】PD60W fast charging makes it possible to charge Android and...
Last update on 2024-12-04 / Affiliate links / Images from Amazon.
Pros
- 288WH Power Station
- Features 3 USB-A & 60W USB-C
- 330W output can power a decent number of appliances
Cons
- 60W recharge rate is quite slow
GRECELL T-300 – Overview
You’ll now discover that there are a number of portable power stations available for your selection. Instead of settling for big, heavy, unwieldy power plants with enormous capacity, you may choose a power plant that meets your demands without breaking the bank. This is also true with the GRECELL T-300 power station, which has a power output that is more on the low side but is still quite dependable for the majority of charging and powering needs.
It’s possible that the GRECELL T-300 power plant isn’t the strongest. However, if your demands align with its features, this is a great option because of its lightweight and tiny size, which make it easy to carry anywhere. Additionally, the low cost and characteristics of this GRECELL power station can make it worthwhile to buy.
Power Capacity
With a power capacity of 288Wh (78,000mAh), this GRECELL power bank isn’t exactly the largest among bigger ones, but it’s still a respectable quantity of power that can repeatedly charge a variety of devices to 100% capacity. You can get approximately 25+ complete charges out of a phone charger, and five whole charges or slightly more out of a laptop or tablet charger. You may thus rely on the power station for several days without running out of electricity if it is your only source of power for charging.
The wattage of the appliances must be taken into consideration while powering them, which makes it a bit different. In order to determine the lifespan of the power capacity, This power station can run for an hour if you’re powering a 288W appliance; however, it can run for around 288Wh if you’re running a 1W lightweight.
For instance, the 32-inch Samsung TV we powered with the GRECELL T-300 drew 40W, so you could use the TV for around 7 hours until the power supply ran out. That’s a respectable runtime, but keep in mind that the power station can only generate 330W, therefore the greater the wattage appliance, the shorter the power station’s operating duration will be.
Design & Features
The dimensions of this GRECELL 300W power station are 9.6 inches long, 6.7 inches wide, and 6.9 inches tall. The power station weighs eight pounds. Because it is smaller and lighter than greater capacity power stations, this little power station may be easily carried on a trek or camping trip. The top handle facilitates portability.
The front of the device is mostly used for operating this power station. the screen, the power buttons, and every charging connector on the front. Pressing the main power button activates the machine and allows you to utilize the power buttons for each segment. The power button of a certain section not only activates it, but it also displays the current wattage output on the screen. When you switch on the power station, the screen turns on and displays the remaining power capacity.
When recharging the power station, the input wattage is also displayed on the LCD. Additionally, there is a flashlight power button on the front that activates the flashlight located to the left of the power station.
Reliability
With a 288Wh power capacity, 330W output, and a power station with a single AC outlet, the GRECELL T-300 power station does have certain limits. While this power station isn’t strong enough to run a drill, a full-sized blender, or a microwave, it is incredibly dependable for tasks that don’t require more than 330W of electricity.
When charging gadgets, the 288Wh power capacity may endure for a considerable amount of time. However, it still relies on the appliance as 300W machines would only allow you to use them for an hour. Although two AC outlets would have been good, overall, the compact design of this power station contributes to its inexpensive cost, which is a crucial component of what makes it a dependable investment.
Jackery Explorer 1000 Plus – BEST MIDSIZE
- High-powered Performance: Jackery 1000 Plus Power Station delivers an impressive 2,000W rated...
- 1.25kWh - 5kWh Flexible Expansion: With a massive 1,264Wh capacity, the Jackery Explorer 1000...
- Industry-leading Sustainability: Setting new standards for sustainability, the Jackery 1000...
Last update on 2024-12-04 / Affiliate links / Images from Amazon.
Pros
- Recharges several laptops and mobile
- 3 3-prong AC outlets, 2 USB Type-A, and 2 USB Type-C ports
- Silent
- Built-in carring handle and easy setup
Cons
- Expensive
- Neither waterproof nor water-resistant
JACKERY EXPLORER 1000 PLUS – Overview
Every time you buy a portable power station, there’s a trade-off involved. It needs to be sufficiently powerful, but it also needs to be lightweight enough to be transported to the intended place. The Jackery Explorer 1000 Plus hits the perfect balance, offering a robust carry handle that makes movement easier while delivering 1264Wh of power a little over 1KW. Its extended lifespan, reasonable pricing, and changeable capacity make it a great choice for those who need a lot of power on the road.
The innovative, small power solution that redefines portable energy generation is the Jackery Explorer 1000 Plus Portable Power Station. This power station is perfect for outdoor lovers, explorers, and emergency preparation because of its compact design and powerful performance. With an astounding 1264Wh capacity and a powerful 2000W output, it is a shining example of innovation and dependability in the field of portable power solutions. Let’s examine the salient characteristics in more detail.
Design and Features
The Explorer 1000 Plus is unique in that it can be expanded. Its capacity may be increased to an incredible 5kWh by adding up to three more battery packs. Because of this function, which guarantees a continuous power supply, it’s a great option for long outdoor excursions or as a solid backup power source when there are protracted power outages.
It is now easier than ever to take charge of your electricity requirements. With the help of an innovative app function, the Explorer 1000 Plus lets you control and observe the power station using Bluetooth or WiFi. You may easily customize its functionalities to meet your unique needs thanks to real-time data and customization possibilities.
It is even more unique since it runs on LiFePO4 (Lithium Iron Phosphate) battery cells. These cells are well known for being long-lasting and secure. You can rely on this power plant for many years to come because of its 4000 cycle life, which equates to 70% or more of its initial capacity. This degree of toughness is critical, particularly in circumstances when steady and reliable power is required.
Editor’s Choice
Performance
The Jackery Explorer 1000 Plus uses LiFePO4 batteries, which is the newest battery technology and should extend its lifespan. After 4000 cycles, the Jackery Explorer 1000 Plus is rated at 70%+, while the previous Jackery Explorer 1000 Pro would only reach 80% capacity after 1000 cycles.
If we assume a linear decrease down to 70% capacity and take the battery capacity as it was when it was new with those 4000 charge cycles, the Jackery Explorer 1000 Plus will have stored about 4297kWh during its lifespan. The cost of storing power is around 27p per kWh. That is really cheap in comparison to many of the rivals. Keep in mind that I have not included the cost of the power required to charge the battery in my computation. Solar energy, an off-peak plan, or a conventional power outlet on a regular rate are the possible sources of this electricity.
After those 4000 charge cycles, the Jackery Explorer 1000 Plus may still work, but over time, its battery capacity will progressively drop.
Using a 1kW load, I tested the battery and found that its overall power drain was 1052 Wh, or 83% efficiency. Again, that is quite competitive, and the waste is accounted for by the inverter’s usage in converting DC power to AC power.
Charging and Solar
There are several ways to charge. The kit comes with a kettle plug that allows the battery to be recharged in 1.7 hours by providing a 10A input from the mains. When I attempted to charge the battery from zero, a total of 1.365 kWh, or 108% of its capacity, were used. That has a higher efficiency than the UGreen PowerRoam GS1200.
The Jackery Explorer 1000 Plus does not have mains passthrough, hence it cannot be used as an EPS or UPS. You may use plugged-in devices to charge the Jackery Explorer 1000 Plus, but only up to the 2000W output limit. With the optional solar input feature, the Jackery Explorer 1000 Plus can take up to four 200W solar panels, for a total of 800W of power. Jackery offers a range of attractive solar panels that fold up into a handy, compact packing. On a day with ideal weather and maximum solar input, the Jackery Explorer 1000 Plus may be fully charged in two hours.
Similar like solar, everything relies on where and when you decide to make the choice. If you often spend time in a sunny place and are not close to a power supply, installing solar panels might be an expensive addition.
The 14.5-hour charge duration is not very rapid, but eventually you can recharge using a vehicle plug. Read in detail
Goal Zero Yeti 1500X – MOST VERSATILE
- Power. Anything. Anywhere. This portable backup power supply is versatile enough to keep things...
- 10 Versatile Ports, 1,516 Wh Capacity: Power most small and large appliances and backup home...
- Durable Construction, Safe Electric & Solar Power: With a heavy-duty anodized aluminum...
Last update on 2024-12-04 / Affiliate links / Images from Amazon.
Pros
- A lot of power for the size
- Built-in cable storage
Cons
- No RV plug to connect to a camper
GOAL ZERO YETI 1500X – Overview
The 1500X is powered by a lithium-ion nickel manganese cobalt (NMC) battery with 1516 watt-hour capacity. Other features of the Yeti include a 2000W pure sine wave inverter with a maximum output power of 3500W AC surge. It contains a pass-through charging feature and an extension connection for adding the Yeti Link module.
The Yeti Link module, in my opinion, is the most compelling reason why someone should choose the Yeti 1500X over other models. If you’re in the market for a portable power station, you should consider this feature because it’s fascinating. Here are the device’s technical specifications; we will examine the Link module later.
Design & Features
This durable, well-built gadget features an aluminum shell and a large 1,500 watt-hour capacity. If you need a bit extra power to get through a power outage or on a camping trip, 1,500 watt-hours may be the right capacity for you. With under 45 pounds of bulk, you can receive up to 50% more capacity than a normal 1,000 watt-hour power station. When you reach the considerably more expensive 2,000 or 3,000 watt-hour varieties, you’ll need a second person and a wheeled cart to transport that “portable” power station. The Yeti 1500X includes the normal DC and AC ports you would expect. The DC output includes a 12-volt “cigarette” power plug, two 6mm DC outputs, and a pair of Powerpole connectors capable of handling up to 300 watts of output.
The Yeti 1500X includes two USB-A connections and two USB-C ports for charging your small devices. There are two USB-C ports: the first can support up to 20 watts of QuickCharge 3+ and the second up to 60 watts of USB Power Delivery. That works well for most lightweight laptops, such as the Dell XPS 13 or MacBook Pro 13, but because the Yeti 1500X does not support USB-PD 100-watt charge speeds, bigger systems, such as the XPS 15 or MacBook Pro 16, will charge more slowly. The good news is that the AC inverter may be directly connected to the laptop’s AC adapter; nevertheless, 60 watts is inadequate for this class.
Testing
The inverter was overloaded during the Yeti 1500X’s initial stress test to see whether it would shut down. To test the inverter, I used a 900W clothes steamer and an 1800W hair dryer. I chose these components because, when combined, their maximum wattage would surpass the Yeti’s 2000W continuous power output limit but not the 1500X’s surge capability. This meant that none of the devices would immediately trigger the unit’s overload protection. When the clothes steamer was turned on, the AC ports produced 735W. When the hairdryer was installed, the wattage rose to around 2250W. This wattage output was maintained during the six-minute test. I turned off the air conditioner when the steamer’s water began to boil. The unit’s overload protection did not activate.
This test implies that the inverter is somewhat undervalued, which is positive. The fact that the Yeti 1500X can easily exceed the 2000W output threshold demonstrates how far it can be pushed. Furthermore, the app warned me on my phone that the Yeti would quickly empty and that the unit’s output wattage was high. The Yeti notifies you far in advance of its entire discharge, making these notifications yet another excellent feature. This information may assist persons who utilize large-capacity equipment, such as refrigerators, in avoiding waking up to a mess of spoiled food.
In terms of solar electricity, I was able to generate around 180W of power from the two 100W solar panels when they were exposed to direct sunlight. However, the single Anderson connector in this case proved to be quite difficult. To connect several solar panels with Anderson connectors, you’ll need an adaptor. Nonetheless, I was able to make 8MM connections using the Yeti’s input ports. During testing, I also connected my virtually dead iPhone X to the unit’s 60W PD port. My phone was fully charged in less than 30 minutes owing to the port’s exceptionally fast charging speed. Now that I’ve discovered this 60W port, I look for it first whenever my phone’s battery begins to run low. Because of the port’s speed, I prefer it to the traditional wall charger.
The Goal Zero App
The Goal Zero app is one of the Yeti’s most useful features. This program allows you to monitor your battery level, select which output group to utilize, and measure the wattage of your input and output. This program for a power plant is unique, yet it is a valuable way to interface with a unit that may not be easily accessible. This program, unlike some others, is well-designed, and the Yeti 1500X connected without issue. After connecting the device, users may give it a name and set four different charging profiles: performance, battery-saving, balanced, and customized. The app also provides output control and temperature monitoring. If you own multiple Yeti power stations, you may connect them all to the app to have complete control over your fleet. Read in detail
EcoFlow DELTA Pro – BEST FOR HOME-BACKUP
- 【30% Tax Credit Could be Applied】You could apply for the Residential Clean Energy Credit...
- 【Expandable Capacity】Featuring a 3600Wh LFP battery capacity, DELTA Pro provides strong...
- 【Maximum Output Flexibility】A single DELTA Pro unit packs a 3600W AC output. With X-Boost...
Last update on 2024-12-04 / Affiliate links / Images from Amazon.
Pros
- Huge battery and inverter capacity
- WiFi and Bluetooth connectivity
- Expandable with battery and electrical panel
Cons
- Very Heavy
- Reduced charging efficiency with second battery
ECOFLOW DELTA PRO – Overview
The EcoFlow DELTA Pro is a 3.6kW portable power station that can hold up to 25kWh of additional battery capacity in addition to its standard 3,600Wh capacity. The DELTA Pro’s X-Boost technology allows it to handle a maximum power draw of 4500W, which makes it appropriate for large appliances like dryers and air conditioners. Among the best things about the DELTA Pro are the multiple charging choices and power input configurations. When using typical US wall outlets (rated at 1800W), the DELTA Pro may be fully charged in less than three hours; when using standard EU wall outlets (ranked at 2900W), it takes less than two hours; and when using 3000W rated 240V outlets, it only takes 1.8 hours. The DELTA Pro also has the ability to be charged by solar power, which is a handy feature but isn’t really new or special.
What really makes the DELTA Pro stand out, though, is its ability to be powered via EV charging stations. You can use an integrated station at home or bring it to an EV charging station if you’re using this while traveling and would like an even faster charge. As a result, the DELTA Pro may finish charging in about 1.7 hours. Combining all of these charging techniques will allow you to maximize the input at 6500W, which will expedite the entire charging process. Because the DELTA Pro is a larger, heavier model, it has two wheels on the back instead of the standard pads found on regular EcoFlows. As a result, the user can move it without having to lift the entire 100 pounds of batteries off the ground. When you need to drag it about, it features a locking, telescopic carrying handle that looks like luggage. It also retains its rubber pads on the front to allow it to rest gently on any surface.
Design & Features
The DELTA Pro looks like a little piece of luggage after it is unloaded. The owner can move the 45kg device around thanks to two wheels at the back and a retractable handle. It’s among the heaviest models on the market. Additionally, it has two leather-covered handles on top that make carrying the bulky case more comfortable. Four sizable fans are positioned on each side of the 63.5 x 28.5 x 41.7 cm black plastic box to ensure that the charging and inverter circuits receive enough airflow. The device features a sizable multi-segment LCD on the front that shows information on the active sections, charging time, input and output power, and operational state of the battery system. To turn it on, you have to push the main power button for a few seconds. Then the display comes on and may adjust its brightness automatically thanks to an ambient light sensors.
There are outlets on the front panel that may be turned on by a little button, including four 20A and one 30A AC connector. The AC inverter may use Xboost technology to double its maximum continuous power output of 3600W, subject to certain restrictions. Together, the six USB ports two Type-C and four USB-A on the front of the device can handle a substantial 260W of power. On the right side of the generator are ports for Anderson and Infinity inputs, a 12V car outlet, and two 12V DC5521 plugs that are activated by a 12V DC power button. On the right side are also IOT/Pairing buttons, a standby button, and a remote control port. The latter makes it possible to link the EcoFlow application to a wireless network. The smartphone features input power connectors for charging on the back and two more battery adding possibilities. All plugs, with the exception of the front one, have plastic covers to keep dust out.
The Delta Pro delivers a minimum of 3500 charge cycles before a 20% drop in capacity, based on the more modern LFP battery technology. Having a variety of products that are a part of an ecosystem is highly valued by EcoFlow. Therefore, the capacity of the Delta Pro can be increased by adding 3600Wh battery modules.
An extra element of the ecosystem called a Smart Home Panel connects up to two EcoFlow generators to a house’s electrical distribution system, providing up to ten continuous home circuits with electricity. When the main to secondary power shift takes fewer than 20 milliseconds, many equipment won’t lose data.
Excellent App Control
EcoFlow offers a fantastic app for local or remote device control and monitoring when utilizing their devices. The EcoFlow App lets you monitor how everything is working remotely and unites all of your equipment into one location—as long as you both have internet connectivity. You can choose local control if you’re in the sticks. The app truly helped us monitor the situation and make sure the equipment was operating as it should have during our use.
You may quickly evaluate and adjust many settings related to how things are working using the EcoFlow App. A similar display is offered for solar intake, and the output is monitored over time. To see peak statistics and find out if any of your gadgets are using a lot of power at any given time, you’d want to have access to a more comprehensive historical picture.
Basic functions like adjusting the charging thresholds and speeds, turning on and off the AC outlets, and more are simple to handle. Furthermore, the app allows you to manage firmware changes, and when the time comes, it’s really easy to use. When you see an orange dot next to the firmware setting on the settings screen, you can click upgrade to begin it right then. Read in detail
How We Chose the Best Portable Power Stations
How We Test The Best Portable Power Stations
FAQs: The Best Portable Power Station
- How long do portable power stations last?
The lifespan of a portable power station is determined by three factors: how well it is maintained, how frequently it is used, and the kind of battery.
One cycle entails utilizing the product from full charge to zero charge (or at least 80% in some circumstances). If you use your portable power station many times each week, it may only last a year or two. If you use it less regularly, it may last considerably longer. - What can be run with a portable power station?
Portable power stations are typically used to power smaller electronic gadgets and appliances, ranging from phones and table fans to heavy-duty work lights and CPAP machines. Pay attention to the projected watt-hours included in each brand’s specifications to determine which model is most suited to your needs.
If a firm claims that its portable power station has 200 watt-hours, it should be able to charge a gadget with a 1-watt output for around 200 hours. I go into more depth about this in the “How we Test” section below, but consider the wattage of the item or devices you wish to power, as well as the amount of watt-hours your portable power station requires. - Can a power station power a fridge?
Possibly, dependent on the refrigerator and portable power station.
For example, the projected yearly energy usage of this typical LG refrigerator is 608 kilowatt-hours. That translates to 1.67 kilowatt-hours or 1,670 watt-hours per day.
1,670 watt-hours a day is little under 70 watt-hours every hour. If you have a short-term power loss and merely need to power your fridge, a 200-watt per hour power station can keep it going for roughly three hours. To operate your fridge for an extended period of time, you would want a power station with a larger projected watt-hour capacity. A tiny fridge would last far longer than a bigger unit.
Always clarify the electrical requirements for your individual fridge and portable power station before doing this, especially your refrigerator’s peak Possibly, dependent on the refrigerator and portable power station.
For example, the projected yearly energy usage of this typical LG refrigerator is 608 kilowatt-hours. That translates to 1.67 kilowatt-hours or 1,670 watt-hours per day.
1,670 watt-hours a day is little under 70 watt-hours every hour. If you have a short-term power loss and merely need to power your fridge, a 200-watt per hour power station can keep it going for roughly three hours. To operate your fridge for an extended period of time, you would want a power station with a larger projected watt-hour capacity. A tiny fridge would last far longer than a bigger unit.
Always clarify the electrical requirements for your individual fridge and portable power station before doing this, especially your refrigerator’s peak and startup watts. - How long can you run a portable power station?
You can get close to the answer with some simple arithmetic. If you have a power station rated at 1,000 watts per hour and put in a device, such as a TV, rated at 100 watts, you may divide 1,000 by 100 and claim it will operate for ten hours.
This is not generally the case. The industry “standard” is to use 85% of your overall capacity for that math. In that example, 850 watts per hour divided by 100 watts for the TV is 8.5 hours.
In this case, you should plan on spending between 8.5 and 10 hours. - How does a portable power station vary from a generator?
A portable power station is just a large rechargeable battery that you can take about. When you deplete it, it becomes worthless until you replenish it.
A generator, by definition, is a device that turns some sort of energy into useable electricity in whatever circuitry it is attached to. Gas generators (commonly used as power sources for remote areas or as whole-house backups), electric generators (not very common, but they convert some type of mechanical action to electricity), and solar generators, which can use solar panels to power devices or homes — often using a battery to temporarily store the electricity. These batteries are typically used as portable power stations.
Why Trust Factic
Berry Alex has been evaluating, testing, and reviewing tech, Household and travel items for several decades. He compiled all of the testers’ input, conducted extra research to assess each phone mount’s essential features and overall functioning, and reviewed professional profiles and verified customer reviews for each product.
