5 Things Need to Know About Buy Portable Power Station

If you are looking to buy portable power station to power your smartphone, laptop, computer or TV, then choosing a LiFePO4 portable power station may be a better solution. With advances in battery technology, portable power stations have the capacity and raw power to reliably power electronic devices. While not as powerful as gas generators, they are quieter, lighter, and don't require fuel to start providing electricity.

Are You Ready to Buy Portable Power Station?

To help you find a high-quality and affordable portable power station, here are 5 things to look for when you want to buy portable power station.

1. BATTERY CAPACITY

Battery capacity is the most important specification you should be looking for when shopping for a portable power station. The larger the battery capacity, the longer the power station will run per charge. In general, buy the largest capacity battery you can buy.

However, given size, weight, and cost, you may need to take a more calculated approach when considering battery capacity for a portable power station. The most common metrics used when measuring battery capacity include mAh (milliampere hours), Ah (ampere hours), Wh (watt hours), and kWh (kilowatt hours).

To get a better idea of how long a portable charging station can power your device, you first need to know its battery capacity (measured in watt-hours).For this, you can check its watt-hour rating. But if it just indicates the battery capacity in mAh (milliampere hours) or Ah (ampere hours), you can add those numbers to its rated system voltage (12v or 24v) and use the chart below to find its watthour rating:

So let's say your laptop is rated to operate at a maximum of 90W or 90Wh, and the portable power station has a battery of capacity of 40,000 mAh on a 12-volt system. Using the table above, you'll see that the power station has a battery capacity of 480Wh. If you divide that by the 90Wh that the laptop uses, you can expect around 5 hours of runtime without accounting for power loss and other variables.

2. BATTERY TECHNOLOGY

Another important factor you should check when it comes to portable power stations: the battery technology or the type of battery it uses. The type of battery used in a portable power station largely determines its size, weight, cost, charging speed, and how long the station can continue to generate AC power before it cuts power.

Lithium Ion (Li-Ion), Lithium Iron Phosphate (LiFePO4) are the most commonly used batteries in CXJPowers portable power stations. Li-polymer batteries have lower energy density than Li-ion batteries, but have fast charging capabilities and are generally safer to use than Li-ion and lead-acid batteries. If you're looking for something that's foldable, lighter, and can be used often, then a LiFePO4 battery portable power station is the way to go.

3. INVERTER TECHNOLOGY

Depending on what you're trying to power, having the right inverter in your portable power station can protect your delicate equipment from damage and keep it working as efficiently as possible, saving battery power.

A power inverter is an electrical component that converts a battery's direct current (DC) into alternating current (AC). DC power is used to charge battery-powered handheld devices such as cell phones, tablets and Bluetooth headsets, while AC power is used to power more power-hungry devices such as laptops, computers, TVs and game consoles.

In general, there are two types of inverters: they are pure sine wave inverters and modified sine wave inverters. A pure sine wave inverter provides a clean sine wave that produces alternating current, while a modified sine wave inverter uses pulse width modulation (PWM), which produces an electrical signal that attempts to mimic a pure sine wave signal.

If you want to buy a portable power station for powering delicate and highly sensitive equipment, the CXJPowers power station with pure sine wave inverter should be your only choice.

4. PEAK AND CONTINUOUS WATTAGE

Peak and continuous power are also important specifications to consider when purchasing a portable power station. While portable power stations are commonly used to power computers, televisions, and other electronics, they can also power appliances like refrigerators, corded power tools, fans, and kitchen appliances like blenders and food processors. However, these devices can only be powered by portable power stations if they have sufficient peak and continuous wattage.

Most power-hungry appliances and appliances require a certain peak or surge of power to start and turn them on quickly. Once turned on, they will require a lower but continuous power supply, called continuous watts or rated watts.

To find out how much peak and continuous power your portable power station needs, here is a list of typical devices and their power ratings:

5. POWER INPUT AND OUTPUT PORTS

When it comes to portable charging stations, you can never have enough ports to charge and power your devices. This is especially true for DC-powered charging ports, since you can always use an extension cord to get more AC outlets.

We recommend purchasing a portable charging station with multiple USB and USB-C charging ports for handheld devices, a 12V charging port for your internet router, and at least 2 AC outlets. You may also want an Anderson pole if you plan to store the power station in your vehicle.

After reviewing all of the charging ports and outlets for your portable charging station, you should also look for the ports used to charge the station. These include regular AC, DC, and solar charging ports as well as Anderson power bars for car charging.

There are various portable power stations on the market that add more features to entice you to buy their products. But make sure it meets your needs first. Doing this will ensure that when you buy portable power station, you get a durable and reliable power station that can power your devices when needed.

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