Our Oxygen Generators use the pressure swing adsorption process (PSA process). It is used to separate Oxygen molecules from the air. When the pressure is lowered, the gas is adsorbed and released into the exhaust.
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We provide two ranges of oxygen generators:
Oxytech Series oxygen generators have oxygen production capacities of 0.6 Nm3/h to 385 Nm3/h.
SEO Series oxygen concentrators have oxygen production capacities of 5 l/min to 40 l/min.
Oxytech Oxygen generators use the pressure swing adsorption process (PSA process). It is used to separate Oxygen molecules from the air. When the pressure is lowered, the gas is adsorbed and released into the exhaust.
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The Oxygen generator is composed of two separation vessels filled with molecular sieve adsorbers (Zeolite). As clean and dried compressed air pressurizes one vessel, the nitrogen becomes retained by the molecular sieve and the oxygen goes straight to the oxygen buffer. Once the vessel approached nitrogen saturation, the process switches to the second vessel and the adsorbed nitrogen in the first vessel are released into the ambient air.
Oxygen from 0.6 Nm3/h to 385 Nm3/h with purities up to 95%
Service is a base of success. The only way to keep your system efficient is the production without unnecessary downtime, therefore, each device must work properly. Regular maintenance is crucial for extending the lifespan of equipment and eliminating accidental, unexpected and expensive downtime.
Sabo will help you to keep your equipment in first-class condition. Proper service and maintenance will always pay off. Our skilled team will provide great support, find necessary parts and solve all existing problems.
If you or a loved one requires an oxygen concentrator due to a medical condition like COPD, severe asthma, or any other respiratory issue, you might be wondering, “How much does it cost to run this machine all day, every day?” Since these devices are powered by electricity, it's natural to be concerned about how they impact your monthly power bill. After all, running anything 24/7 is bound to use a significant amount of energy.
In this blog post, we’ll break down the factors that influence the cost of operating an oxygen concentrator continuously. We’ll cover everything from the power consumption of different models to electricity rates, and I’ll give you a simple formula to calculate your own usage. Plus, I’ll throw in some tips on how to reduce the running costs without sacrificing the oxygen you or your loved one needs.
Before diving into the numbers, let’s quickly go over how an oxygen concentrator works. Unlike traditional oxygen tanks that store a limited supply of oxygen, concentrators pull in air from your environment, filter out the nitrogen, and deliver concentrated oxygen to the user.
Concentrators usually operate in one of two modes:
Now that we understand how they function, let’s talk numbers.
Oxygen concentrators come with different power ratings, which tell you how much electricity they consume. The wattage can vary depending on the brand, model, and whether it's a portable or stationary device. Typically, you’ll see wattage ranges between 100 and 500 watts.
If your concentrator runs 24/7, it’s in operation for 8,760 hours a year. The longer it runs, the more electricity it consumes, and the higher your electricity bill will be.
Electricity prices vary depending on where you live. The cost of electricity is measured in kilowatt-hours (kWh), and this rate is crucial for calculating how much you’ll be spending. On average, U.S. households pay around $0.12 per kWh, but rates can be higher or lower depending on your region.
Newer oxygen concentrators are typically more energy-efficient than older models. The more efficient your device, the less power it uses to generate the oxygen you need, which translates to lower running costs.
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Here’s the formula to figure out how much your oxygen concentrator will cost to run:
Let’s look at the cost of running two different models: a portable oxygen concentrator and a stationary unit.
So, as you can see, larger, stationary units can end up costing you more than twice as much to run compared to smaller, portable concentrators.
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If you live at higher altitudes or in regions with extreme weather, your concentrator may have to work harder, consuming more electricity in the process. Additionally, electricity rates can be significantly higher in some areas, so where you live matters.
Regular maintenance ensures that your concentrator works efficiently. A machine with clogged filters or old parts can use more energy than it should, costing you more in the long run. Always replace filters according to the manufacturer’s recommendations.
Some portable oxygen concentrators use rechargeable batteries. While this can reduce direct electricity usage, you'll still need to charge the batteries, which adds to the cost.
If you’re in the market for a new concentrator, consider models that are designed to be energy-efficient. These devices might cost a bit more upfront, but the long-term savings on your electricity bill will likely make up for it.
The cost of running an oxygen concentrator 24/7 depends on several factors, including the wattage of your device, local electricity rates, and how long it’s in use. While continuous operation will increase your energy bill, understanding these costs and choosing energy-efficient models can help you manage the expenses.
Ultimately, ensuring that you or your loved ones receive the necessary oxygen is the top priority, and there are ways to balance health needs with smart energy use. Hopefully, this guide has given you the clarity to estimate and possibly reduce your oxygen concentrator’s running costs.
If you’re running a concentrator for 12 hours instead of 24, you can simply halve the numbers we discussed. For instance, if your concentrator uses 300 watts (0.3 kWh), it will consume 3.6 kWh per day when used for 12 hours. Multiply by your electricity rate to get the cost.
While oxygen concentrators do consume electricity, they're not huge energy hogs compared to things like air conditioners or refrigerators. That said, since they typically run all the time, the costs can add up.
Yes, it’s possible to power an oxygen concentrator with a solar panel, as long as the panel can generate enough energy. You’ll need to make sure the solar setup provides a consistent amount of power to meet the concentrator’s needs.
It will increase, but how much depends on your electricity rate, the wattage of your concentrator, and how long you run it each day. A typical concentrator may add $15 to $40 to your monthly bill.
The most cost-effective concentrator will depend on your specific oxygen needs. Generally, portable models are cheaper to run than stationary ones. However, newer, energy-efficient models, while pricier upfront, tend to save you money in the long run.
Oxygen concentrators rely on electricity, so if there's a power outage, the device will stop working unless you have a backup power source. Many users invest in portable battery packs or home generators to ensure they can continue using the concentrator during an outage.
With proper care and maintenance, most oxygen concentrators can last between 5 to 7 years. Some may even last longer, depending on the brand, model, and how often they’re used. Regular filter changes and periodic maintenance will help extend the device’s lifespan.
Yes, many portable oxygen concentrators are specifically designed for travel and can be used on planes, trains, and in cars. However, you’ll need to ensure your device meets the transportation authority’s regulations. Always check with your airline or travel provider beforehand.
This depends on how long you'll need the concentrator. If it’s for short-term use, renting might be more cost-effective. For long-term use, buying is often the better option, as the costs of renting can quickly add up.
The price of oxygen concentrators varies widely depending on the model, brand, and features. Portable models may range from $2,000 to $4,000, while larger, stationary units might cost $1,500 to $2,500. Insurance may cover some or all of the cost, depending on your health plan and medical necessity.
Insurance companies typically don’t cover the cost of electricity to run the concentrator, but they may cover the cost of the device itself if prescribed by a doctor. You should check with your insurance provider to confirm what's covered.
The frequency of filter replacement depends on the model and how often the concentrator is used. Most manufacturers recommend replacing filters every 6 to 12 months, but you should always consult the user manual for specific guidance.
Yes, many people use their oxygen concentrators while sleeping, especially if they have conditions like sleep apnea or other respiratory disorders. Just ensure your machine is functioning properly and is set to the correct flow rate for your needs.
Yes, the higher the flow rate, the more power the concentrator will use, which can lead to a higher electricity bill. If you’re concerned about costs, it’s a good idea to monitor your usage and consult with your doctor to ensure you’re using the most efficient flow setting for your condition.
Most modern oxygen concentrators are designed to run 24/7 without overheating, but it's essential to keep the unit in a well-ventilated area. If the machine’s vents become blocked or it’s placed in a confined space, it could overheat. Regular maintenance and cleaning will also prevent overheating.
Some models are louder than others. Portable concentrators are generally quieter, operating at around 40-50 decibels, which is roughly the sound level of a refrigerator hum. Larger, stationary concentrators can be noisier, so it's essential to choose a model that won't disturb you or others, especially if you’ll be using it at night.
Yes, many medical supply companies offer oxygen concentrators for rent, which can be a good option for short-term use or travel. The rental cost will vary depending on the company and the length of time you need the machine.
Yes, in most cases, you will need a prescription from a healthcare provider to buy or rent an oxygen concentrator. This ensures that the concentrator is set to deliver the right amount of oxygen based on your medical needs.
Regular servicing is essential to ensure your concentrator is working correctly. It's typically recommended to have it serviced every year, or more frequently if you use it heavily. Check with your manufacturer for specific maintenance guidelines.
Yes, oxygen concentrators are designed for continuous use. However, it’s important to ensure the machine is placed in a well-ventilated area and that all filters are clean to prevent overheating or malfunction.
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