Sleep apnea can be a real nightmare – literally! This common condition causes breathing to stop repeatedly during sleep, wrecking your rest. Thankfully, CPAP machines can help by pumping pressurized air through a mask to keep airways open.
But what happens when the power goes out and your CPAP machine stops? That’s where Jackery’s portable power stations come in super handy! These compact devices can reliably run CPAP machines to ensure uninterrupted sleep.
However, with different Jackery models and CPAP machines out there, it can get confusing figuring out which power station works best. In this post, we’ll clearly answer:
- Can Jackery run your CPAP machine?
- Which specific Jackery models are compatible?
- How long will different Jackery models last with your CPAP?
We’ll make sure you get the breathing room you need during power outages or camping trips. No more tossing and turning or jolting awake from apnea episodes! With the right Jackery unit, you’ll be sleeping soundly no matter where you are. Time to stop counting sheep and start getting that quality sleep. Read on!
The answer is yes, Jackery can run a CPAP, but it depends on the model of your CPAP machine and the model of your Jackery power station. Jackery power stations have different capacities, outputs, and features that can affect their compatibility and performance with CPAP machines.
Which Jackery Power Station Is Best for Your CPAP?
Based on the above steps, you can choose the best Jackery power station for your CPAP machine according to your needs and preferences. Here are some examples of different Jackery power stations and their compatibility and performance with different CPAP machines:
Jackery Explorer 160:
This is the smallest and lightest Jackery power station with a capacity of 167Wh and an output of 100W (150W surge) for AC port and 12V/10A/120W for DC port. It can run most CPAP machines with low to moderate settings for about 2 to 3 hours on AC port or DC port. It can be charged from AC, solar, or car sources with a maximum input of 42W. It is ideal for traveling, camping, or emergency backup for short-term use.
Jackery Explorer 240:
This is a compact and portable Jackery power station with a capacity of 240Wh and an output of 200W (400W surge) for AC port and 12V/10A/120W for DC port. It can run most CPAP machines with low to moderate settings for about 3 to 4 hours on AC port or DC port. It can be charged from AC, solar, or car sources with a maximum input of 42W. It is suitable for traveling, camping, or emergency backup for short-term use.
Jackery Explorer 300:
This is a versatile and powerful Jackery power station with a capacity of 293Wh and an output of 300W (500W surge) for AC port and 12V/10A/120W for DC port. It can run most CPAP machines with low to high settings for about 4 to 5 hours on AC port or DC port. It can be charged from AC, solar, or car sources with a maximum input of 60W. It also has two USB-C PD ports that can charge laptops or phones faster. It is great for traveling, camping, or emergency backup for medium-term use.
Jackery Explorer 500:
This is a large and powerful Jackery power station with a capacity of 518Wh and an output of 500W (1000W surge) for AC port and 12V/10A/120W for DC port. It can run most CPAP machines with low to high settings for about 8 to 9 hours on AC port or DC port. It can be charged from AC, solar, or car sources with a maximum input of 90W. It also has three USB-A ports that can charge phones or tablets faster. It is perfect for traveling, camping, or emergency backup for long-term use.
Jackery Explorer 1000:
This is the largest and most powerful Jackery power station with a capacity of 1002Wh and an output of 1000W (2000W surge) for AC port and 12V/10A/120W for DC port. It can run most CPAP machines with low to high settings for about 16 to 18 hours on AC port or DC port. It can be charged from AC, solar, or car sources with a maximum input of 180W. It also has two USB-C PD ports and two USB-A ports that can charge laptops or phones faster. It also has an MPPT controller that can optimize the solar charging
How to Choose the Right Jackery Power Station for Your CPAP?
The right Jackery power station for your CPAP depends on several factors, such as:
- The model of your CPAP machine: Different CPAP machines have different power requirements and specifications. You need to check the input voltage, frequency, wattage, and amperage of your CPAP machine to find a compatible Jackery power station. You also need to check if your CPAP machine has a DC input port or only an AC input port. Some Jackery power stations have both AC and DC output ports, while some only have AC output ports.
- The settings of your CPAP machine: Different settings of your CPAP machine can affect its power consumption and runtime. For example, using a humidifier or a heated hose can increase the power draw of your CPAP machine and reduce its runtime on a Jackery power station. You also need to consider the pressure level and the mode (CPAP, APAP, BiPAP) of your CPAP machine, as they can also affect its power consumption and runtime.
- The accessories of your CPAP machine: Different accessories of your CPAP machine can also affect its power consumption and runtime. For example, using a battery backup or an inverter can add some extra power loss or conversion loss to your CPAP machine and reduce its runtime on a Jackery power station. You also need to consider the type and length of the cable or adapter you use to connect your CPAP machine to your Jackery power station, as they can also affect its efficiency and performance.
To choose the right Jackery power station for your CPAP machine, you need to do some calculations based on these factors. Here are some steps to follow:
- Step 1: Check the input voltage, frequency, wattage, and amperage of your CPAP machine from its label or manual. For example, if your CPAP machine has an input of 110V/60Hz/60W/0.5A, it means it needs 110 volts of AC power at 60 hertz frequency with 60 watts of power draw and 0.5 amps of current.
- Step 2: Check the output voltage, frequency, wattage, and amperage of your Jackery power station from its label or manual. For example, if your Jackery power station has an output of 110V/60Hz/300W/2.7A for AC port and 12V/10A/120W for DC port, it means it can provide 110 volts of AC power at 60 hertz frequency with 300 watts of continuous power output and 2.7 amps of current for AC port and 12 volts of DC power with 10 amps of current and 120 watts of continuous power output for DC port.
- Step 3: Compare the input of your CPAP machine with the output of your Jackery power station to see if they are compatible. For example, if your CPAP machine has an input of 110V/60Hz/60W/0.5A and your Jackery power station has an output of 110V/60Hz/300W/2.7A for AC port and 12V/10A/120W for DC port, they are compatible for both AC and DC ports, as the output of the Jackery power station can meet or exceed the input of the CPAP machine. However, if your CPAP machine has an input of 220V/50Hz/60W/0.5A and your Jackery power station has an output of 110V/60Hz/300W/2.7A for AC port and 12V/10A/120W for DC port, they are not compatible for AC port, as the output voltage and frequency of the Jackery power station do not match the input voltage and frequency of the CPAP machine. They may be compatible for DC port, but you need to use an adapter or an inverter to convert the DC power to AC power with the right voltage and frequency for your CPAP machine.
- Step 4: Calculate the runtime of your CPAP machine on your Jackery power station based on its capacity and power consumption. For example, if your CPAP machine has a power consumption of 60W and your Jackery power station has a capacity of 240Wh, you can estimate the runtime by dividing the capacity by the power consumption: 240Wh / 60W = 4 hours. This is a rough estimation that does not account for other factors, such as power loss, conversion loss, temperature, humidity, altitude, etc. You can also use a wattmeter or a kill-a-watt meter to measure the actual power consumption of your CPAP machine under different settings and accessories to get a more accurate estimation.
