How Many Watts Does a Hairdryer Use?
Last updated: September 4, 2026
Quick Answer: Most hair dryers used in the United States draw about 1,200 to 1,875 watts, with many full-size models using 1,500–1,875W on their highest heat setting. However, the range is wider than the common rule suggests: some compact dryers use less, while certain professional models approach or exceed 2,000W.
A 1,875W hair dryer running for 10 minutes uses about 0.313 kWh. Using the June 2026 U.S. residential average electricity price of 18.34¢/kWh, that costs only about $0.06 per 10-minute session. The bigger issue is not your electric bill. It is the dryer’s very high instantaneous power demand.
If you want to run a normal 1,500–1,875W hair dryer from a portable power station, output capability matters first. The UDPOWER S2400, with 2,400W rated AC output, is the simplest match. The S1200 can support compatible higher-power appliances up to 1,800W through UDTURBO, but efficiency decreases above its normal 1,200W rated range.
Hair Dryer Wattage Chart: What Is Normal?
For U.S. households, 1,200–1,875W is a useful planning range. Virginia Cooperative Extension lists typical hair dryer nameplate power at 1,200–1,875W. Actual products can fall outside that range, so the label on your own dryer always takes priority.
| Hair Dryer Power | Approx. Current at 120V | Typical Situation | Portable Power Implication |
|---|---|---|---|
| 800W | 6.7A | Low-power or compact dryer | Much easier to support from a battery power station |
| 1,000W | 8.3A | Compact or reduced-power dryer | Within the normal output range of many 1,200W-class stations |
| 1,200W | 10A | Lower-power full-size or compact dryer | At the rated-output boundary of a 1,200W station |
| 1,500W | 12.5A | Common full-size dryer | Requires a high-output station or compatible higher-power mode |
| 1,600W | 13.3A | Common high-performance rating | A 2,000W+ rated station gives comfortable headroom |
| 1,875W | 15.6A | Very common high-output U.S. dryer rating | Use a station with substantial AC output headroom |
| 2,000W | 16.7A | Selected professional or high-power models | 2,400W-class rated AC output is a better starting point |
Reference range: Virginia Cooperative Extension appliance wattage guide.
Do not assume “travel dryer” means low wattage. Some travel dryers are lower-powered, but others are not. The category name tells you how portable the dryer is, not necessarily how much electricity it uses.
Real Hair Dryer Wattage Examples
Generic ranges are useful for planning, but real products show why checking the label matters more than guessing from size, price, or marketing terms.
| Example | Listed Wattage | What It Shows | Source |
|---|---|---|---|
| Virginia Cooperative Extension reference range | 1,200–1,875W | A useful general range for common household hair dryers | Virginia Tech |
| Dyson Supersonic | 1,600W | A high-performance dryer does not have to use 1,875–2,000W | Dyson technical specifications |
| Conair Worldwide Travel Dryer | 1,875W | A travel-oriented dryer can still have full-size power demand | Conair instruction manual |
Higher Wattage Does Not Automatically Mean a Better Hair Dryer
Wattage tells you how much electrical power the dryer can draw. It does not directly tell you drying speed, airflow quality, temperature control, noise level, motor efficiency, weight, or how well the dryer works with your hair type.
That distinction is easy to miss. A 1,875W dryer consumes more electricity at full power than a 1,600W dryer, but that alone does not prove it will dry your hair faster.
How to Find Your Hair Dryer's Actual Wattage
The most reliable number is on the dryer itself. Check the handle, body, cord tag, plug area, underside, packaging, or instruction manual.
- 1875W — the wattage is already stated directly.
- 120V 12.5A — calculate watts from voltage and amps.
- 125V 15A — use the values printed on that specific appliance rather than assuming 120V.
Basic formula:
Watts = Volts × Amps
For example, if your dryer says 120V and 12.5A:
120 × 12.5 = 1,500 watts.
If you want a deeper explanation of these electrical units, see Volts to Watts Conversion: Formula & Charts.
Be careful with plug-in watt meters. A high-output hair dryer can draw more than 15 amps. Do not connect a dryer through a meter, adapter, extension cord, or power strip unless that device is specifically rated for the dryer’s full electrical load. When in doubt, use the manufacturer's nameplate rating instead of trying to measure it yourself.
Does a Hair Dryer Use the Same Watts on Low, Medium, High, and Cool?
No. The wattage printed on the dryer normally represents its maximum or rated electrical input rather than a promise that it draws that exact amount on every setting.
A hair dryer contains both a fan motor and an electric heating element. Changing heat and fan controls can change how much electricity the appliance draws.
| Setting | Likely Power Behavior | What You Can Safely Assume |
|---|---|---|
| High heat / high fan | Usually highest electrical demand | Plan around the dryer's full nameplate wattage |
| Medium heat | Often below maximum | Exact reduction varies by dryer |
| Low heat | Heating demand is usually reduced | Do not assume it uses exactly half the rated watts |
| Cool or cold shot | Heating element may be reduced or switched off while the fan continues running | Usually much easier on a battery, but exact power remains model-specific |
Portable-power tip: If battery capacity matters, lower heat can sometimes extend operating time significantly. But when choosing the power station itself, size it around the maximum setting you may actually use, not the setting you hope to use.
How Many Amps Does a Hair Dryer Use?
High wattage translates directly into substantial current. For a quick estimate on a 120V circuit:
Amps = Watts ÷ Volts
| Hair Dryer | Calculation at 120V | Approx. Current |
|---|---|---|
| 800W | 800 ÷ 120 | 6.7A |
| 1,000W | 1,000 ÷ 120 | 8.3A |
| 1,200W | 1,200 ÷ 120 | 10.0A |
| 1,500W | 1,500 ÷ 120 | 12.5A |
| 1,600W | 1,600 ÷ 120 | 13.3A |
| 1,875W | 1,875 ÷ 120 | 15.6A |
| 2,000W | 2,000 ÷ 120 | 16.7A |
These values are planning calculations. Actual current depends on the appliance design, operating mode, voltage at the outlet, and the electrical information printed by the manufacturer.
How Much Electricity Does a Hair Dryer Use?
A hair dryer uses a lot of power while it is running, but most people use one for only a few minutes. That is why the cost per use is usually modest.
Energy used:
kWh = Watts × Minutes ÷ 60 ÷ 1,000
The calculations below use the U.S. Energy Information Administration June 2026 national residential average electricity price of 18.34¢ per kWh. Your utility rate may be higher or lower.
| Hair Dryer | 5 Minutes | 10 Minutes | 15 Minutes | 20 Minutes |
|---|---|---|---|---|
| 800W | 0.067 kWh About $0.01 |
0.133 kWh About $0.02 |
0.200 kWh About $0.04 |
0.267 kWh About $0.05 |
| 1,000W | 0.083 kWh About $0.02 |
0.167 kWh About $0.03 |
0.250 kWh About $0.05 |
0.333 kWh About $0.06 |
| 1,200W | 0.100 kWh About $0.02 |
0.200 kWh About $0.04 |
0.300 kWh About $0.06 |
0.400 kWh About $0.07 |
| 1,500W | 0.125 kWh About $0.02 |
0.250 kWh About $0.05 |
0.375 kWh About $0.07 |
0.500 kWh About $0.09 |
| 1,600W | 0.133 kWh About $0.02 |
0.267 kWh About $0.05 |
0.400 kWh About $0.07 |
0.533 kWh About $0.10 |
| 1,875W | 0.156 kWh About $0.03 |
0.313 kWh About $0.06 |
0.469 kWh About $0.09 |
0.625 kWh About $0.11 |
| 2,000W | 0.167 kWh About $0.03 |
0.333 kWh About $0.06 |
0.500 kWh About $0.09 |
0.667 kWh About $0.12 |
What If You Use a Hair Dryer for 10 Minutes Every Day?
| Hair Dryer | Energy per Month | Approx. Monthly Cost | Energy per Year | Approx. Annual Cost |
|---|---|---|---|---|
| 1,000W | 5.0 kWh | $0.92 | 60.8 kWh | $11.16 |
| 1,200W | 6.0 kWh | $1.10 | 73.0 kWh | $13.39 |
| 1,500W | 7.5 kWh | $1.38 | 91.3 kWh | $16.74 |
| 1,600W | 8.0 kWh | $1.47 | 97.3 kWh | $17.85 |
| 1,875W | 9.38 kWh | $1.72 | 114.1 kWh | $20.92 |
This is why wattage means something different depending on your question. For your utility bill, a hair dryer may not be a major expense because usage is short. For a battery, inverter, generator, RV electrical system, or shared bathroom circuit, however, 1,875W is a very large load.
Why Can a Hair Dryer Trip a Breaker?
A 1,875W hair dryer is demanding enough that sharing a circuit with another high-power appliance can cause problems. Conair's instructions for one 1,875W model specifically warn that operating the dryer on the same circuit as other electrical appliances may trip a 15-amp breaker or blow a 15-amp fuse.
See the Conair 1875W operating guide.
Common Reasons the Power Cuts Out
- The dryer is running on its highest heat setting.
- Another high-watt appliance is using the same circuit.
- The bathroom GFCI has detected a fault condition.
- The dryer's ALCI safety plug has tripped.
- The plug, outlet, or electrical connection is damaged.
- An extension cord or power strip is not rated for the load.
- A portable power station or inverter has reached its output limit.
What Are the Test and Reset Buttons on a Hair Dryer Plug?
Many hand-held hair dryers use an Appliance Leakage Circuit Interrupter, or ALCI, built into the plug. The U.S. Consumer Product Safety Commission describes this type of protection as a way to disconnect power when unsafe leakage current is detected.
You can read the CPSC hair dryer immersion-protection information for more detail.
Never defeat or bypass an ALCI or GFCI because it keeps tripping. If a dryer repeatedly trips its safety device or outlet, stop using that setup until you know why. Keep hair dryers away from water and follow the manufacturer's safety instructions.
Can a Portable Power Station Run a Hair Dryer?
Yes, as long as the power station can support the dryer's real load. But hair dryers expose one of the most common portable-power sizing mistakes: battery capacity and AC output are not the same thing.
Output Determines Whether It Can Run
If the dryer needs 1,875W, the power station needs enough AC output to support that appliance under the conditions specified by the manufacturer.
Battery Capacity Determines How Long It Runs
Once you know the inverter can support the dryer, watt-hours tell you how long the battery can keep supplying energy.
UDPOWER planning estimate within the normal rated-output range:
Runtime = Battery Wh × 0.90 ÷ Appliance Watts
The 90% factor is a planning estimate for conversion losses. It should not be used for S1200 operation above its normal 1,200W rated-output range because UDTURBO operation at higher loads has lower conversion efficiency.
For Hair Dryers, Continuous High-Power Capability Matters More Than a Big Surge Number
A hair dryer is different from a refrigerator compressor that may need a short startup burst and then settle to a much lower running load. When a hair dryer has its heating element on, it can remain a high-watt load for the entire drying session.
That means you should not choose a power station simply because its marketing page shows a large peak number. Confirm that the station's actual operating mode is suitable for the dryer's sustained load.
| Your Hair Dryer | Suggested Starting Point | UDPOWER Fit | Practical Guidance |
|---|---|---|---|
| Under 1,000W | 1,200W-class or higher | S1200 or S2400 | Easy load for either S-Series model |
| 1,000–1,200W | At least 1,200W normal rated output | S1200 or S2400 | S1200 stays within its normal rated range |
| 1,500W | Higher-power support required | S1200 via compatible UDTURBO operation or S2400 | S2400 provides more output headroom and predictable 90% planning math |
| 1,600W | Higher-power support required | S1200 via compatible UDTURBO operation or S2400 | S1200 operates above rated range; S2400 is the simpler fit |
| 1,800W | High-output station recommended | S1200 only at its maximum UDTURBO range; S2400 preferred | S1200 leaves no additional power headroom |
| 1,875W | 2,000W+ normal AC output preferred | S2400 | Above S1200's 1,800W UDTURBO maximum |
| 2,000W | 2,400W-class output recommended | S2400 | High load, but still within S2400's normal 2,400W rating |
For more appliance examples, see What Can a 1200W Portable Power Station Run? and What Can a 2000W Power Station Run?.
Recommended UDPOWER Power Stations for Hair Dryer Use
A hair dryer should not be the only appliance you consider when choosing backup power. If you are buying a station for a blackout, RV, cabin, van, or travel setup, think about the hair dryer as your highest short-duration load, then calculate how much battery capacity you need for everything else.
UDPOWER S2400
The S2400 is the straightforward choice if hair dryer use is an important part of your backup-power plan. Its 2,400W rated pure sine wave AC output comfortably covers the common 1,200–1,875W hair dryer range without relying on above-rated operation.
- Battery capacity: 2,083Wh
- Rated AC output: 2,400W pure sine wave
- Higher-power support: up to 3,000W for compatible loads
- Solar charging: up to 400W input
- Weight: approximately 40.8 lbs
- Best hair dryer fit: 1,200W, 1,500W, 1,600W, 1,875W and selected 2,000W dryers within device limits
The larger battery also makes more sense if the same station must preserve power for a refrigerator, Wi-Fi router, TV, lights, laptop, CPAP, or other outage essentials.
View UDPOWER S2400UDPOWER S1200
The S1200 is smaller and lighter, with a 1,190Wh battery and 1,200W rated pure sine wave AC output. It can operate compatible higher-power devices up to 1,800W using UDTURBO.
- Battery capacity: 1,190Wh
- Rated AC output: 1,200W pure sine wave
- UDTURBO: compatible higher-power loads up to 1,800W
- Solar charging: up to 400W input
- Weight: approximately 26.0 lbs
- Best hair dryer fit: under 1,200W for normal operation; selected 1,200–1,800W dryers when compatible with UDTURBO
Important: When the S1200 is operating above its normal 1,200W rated output, conversion efficiency decreases. For that reason, do not use the standard 90% runtime formula for a 1,500W, 1,600W, or 1,800W dryer on the S1200.
A 1,875W hair dryer exceeds the S1200's 1,800W maximum UDTURBO range, so the S2400 is the appropriate choice between these two models.
View UDPOWER S1200| Specification | UDPOWER S1200 | UDPOWER S2400 | Why It Matters for a Hair Dryer |
|---|---|---|---|
| Battery capacity | 1,190Wh | 2,083Wh | More Wh gives more total drying time and more reserve for other devices |
| Normal rated AC output | 1,200W | 2,400W | S2400 covers common full-size dryers within its normal rated range |
| Higher-power support | UDTURBO up to 1,800W for compatible devices | Up to 3,000W for compatible higher-power loads | S1200 can support selected dryers above 1,200W, but 1,875W exceeds its maximum |
| 90% runtime planning | Use at or below 1,200W | Applicable to normal hair dryer loads below 2,400W | S1200 above-rated operation has lower conversion efficiency |
| Weight | 26.0 lbs | 40.8 lbs | S1200 is easier to move; S2400 trades weight for more output and stored energy |
| Best fit | Lower-watt dryers and users who prioritize portability | Standard full-size dryers and larger backup setups | Choose based on your dryer's label and the rest of your load list |
| Official source | S1200 specifications | S2400 specifications | Compare UDPOWER models |
How Long Can a Portable Power Station Run a Hair Dryer?
Hair dryers are normally used in short sessions, so total accumulated drying time is more useful than asking whether the battery will last an entire hour.
UDPOWER S2400 Hair Dryer Runtime
The following S2400 estimates use:
2,083Wh × 90% = approximately 1,875Wh of planning AC energy.
| Hair Dryer Load | Estimated Total Runtime | Approx. 10-Minute Sessions | Output Fit |
|---|---|---|---|
| 800W | About 141 minutes | About 14 sessions | Comfortably within rated output |
| 1,000W | About 112 minutes | About 11 sessions | Comfortably within rated output |
| 1,200W | About 94 minutes | About 9 sessions | Comfortably within rated output |
| 1,500W | About 75 minutes | About 7.5 sessions | Good match |
| 1,600W | About 70 minutes | About 7 sessions | Good match |
| 1,875W | About 60 minutes | About 6 sessions | Good match |
| 2,000W | About 56 minutes | About 5.6 sessions | Within 2,400W rated output |
These are mathematical planning estimates for a steady load. Actual runtime may differ because of inverter overhead, battery temperature, charge level, dryer setting, battery age, and other devices connected at the same time.
UDPOWER S1200 Hair Dryer Runtime Within Its Normal Rated Range
For loads at or below 1,200W:
1,190Wh × 90% = approximately 1,071Wh of planning AC energy.
| Hair Dryer Load | Estimated Runtime | Approx. 10-Minute Sessions | Operating Range |
|---|---|---|---|
| 800W | About 80 minutes | About 8 sessions | Normal rated range |
| 1,000W | About 64 minutes | About 6.4 sessions | Normal rated range |
| 1,200W | About 54 minutes | About 5.4 sessions | At rated-output boundary |
| 1,500W | Do not use the standard 90% formula | Varies | Compatible UDTURBO operation; reduced conversion efficiency |
| 1,600W | Do not use the standard 90% formula | Varies | Compatible UDTURBO operation; reduced conversion efficiency |
| 1,800W | Do not use the standard 90% formula | Varies | Maximum UDTURBO range with no additional output headroom |
| 1,875W | Not supported | — | Exceeds 1,800W maximum |
You can also enter your own appliance wattage and battery capacity into the UDPOWER Portable Power Station Runtime Calculator.
Outage-planning reality: six 10-minute hair-drying sessions do not mean you should reserve the entire S2400 battery for a hair dryer. During a blackout, refrigeration, medical equipment, communication, lighting, and internet may deserve priority. A short hair-drying session can consume hundreds of watt-hours that could otherwise keep low-power essentials running for many hours.
Hair Dryer vs. Other Household Appliances
A hair dryer looks like a small personal-care device, but electrically it behaves much more like a heating appliance.
| Device | Typical Power Behavior | Backup-Power Takeaway |
|---|---|---|
| Phone charger | Very low draw | Can usually run for many charging cycles from even a small station |
| Wi-Fi router | Low continuous draw | High-priority outage load because it consumes relatively little energy |
| Laptop | Low-to-moderate draw | Usually easy for S-Series stations |
| Hair dryer | High draw for a short period | Requires substantial inverter output but usually runs only for minutes |
| Space heater | High continuous heating load | Can consume battery energy very quickly during extended use |
For another example of a resistance-heating appliance, read How Much Energy Does a Space Heater Use?.
How to Use Less Electricity When Drying Your Hair
If your goal is saving normal household electricity, hair dryer cost is usually small. If you are running from a battery, however, reducing drying time can make a meaningful difference.
Remove More Water Before Turning the Dryer On
Gently towel-drying first reduces how much water the dryer needs to evaporate. Less dryer time means fewer watt-hours removed from your battery.
Use High Power Only When It Helps
You may not need maximum heat for the entire session. Once most of the moisture is gone, switching to lower heat or cool air can reduce electrical demand on many models.
Keep the Air Intake Clean
A clogged rear filter can reduce airflow. Follow the manufacturer's cleaning instructions so the dryer can move air as designed.
Do Not Run Other High-Watt Loads at the Same Time
If your portable power station is also operating a microwave, coffee maker, heater, electric kettle, or another large AC load, switch those devices off while using the hair dryer whenever practical.
Choose a Lower-Watt Dryer for RV or Emergency Use
If you routinely dry your hair from battery power, choosing the dryer can be just as important as choosing the battery. A 1,000W dryer used for 10 minutes needs about 0.167kWh. A 1,875W dryer used for the same 10 minutes needs about 0.313kWh—almost twice as much energy before conversion losses.
Better off-grid strategy: Instead of buying an oversized battery solely because your everyday bathroom dryer is 1,875W, consider keeping a lower-watt dryer specifically for RV, camping, van, cabin, or emergency use.
What to Check Before Plugging a Hair Dryer Into Backup Power
- Read the dryer label. Do not size from a generic chart when the real wattage is available.
- Check the power station's normal AC rating and higher-power operating range.
- Check the total load. Include other AC appliances running at the same time.
- Estimate energy use. High output does not guarantee long runtime.
- Keep the setup dry. Hair dryers are commonly used near sinks and bathrooms, which makes electrical safety especially important.
- Do not bypass the dryer's ALCI plug.
- Avoid underrated extension cords and power strips.
- Stop if plugs, cords, or outlets become abnormally hot.
Related UDPOWER Guides
| Guide | Why It Is Useful |
|---|---|
| Portable Power Station Runtime Calculator | Estimate battery runtime using your own appliance wattage and battery capacity. |
| What Can a 1200W Portable Power Station Run? | Explains normal 1,200W loads and S1200 UDTURBO operation above rated output. |
| What Can a 2000W Power Station Run? | Useful for higher-watt appliances such as hair dryers and kitchen equipment. |
| Volts to Watts Conversion | Calculate wattage when an appliance label provides volts and amps instead. |
| How Much Energy Does a Space Heater Use? | Compare a hair dryer with another common high-watt resistance-heating appliance. |
| Portable Power Stations for Home | Browse models intended for outage and household backup applications. |
| All Portable Power Stations | Compare smaller and larger UDPOWER battery systems. |
| UDPOWER Product Comparison | Compare battery capacity, output, solar input, weight, and intended use. |
Frequently Asked Questions About Hair Dryer Wattage
How many watts does a normal hair dryer use?
Most normal U.S. hair dryers use about 1,200 to 1,875 watts. Many full-size dryers fall between 1,500W and 1,875W on their highest setting, although individual models can be lower or higher.
Is 1875 watts a lot for a hair dryer?
Yes. A 1,875W hair dryer is a high-power appliance even though it is normally used for only a few minutes. At 120V, 1,875W corresponds to about 15.6 amps, so the dryer can place a heavy load on a household circuit or portable power source.
How many amps does a 1875W hair dryer use?
At 120V, a 1,875W load is approximately 15.6 amps because amps equal watts divided by volts. The actual electrical rating on the dryer should be treated as the final reference because operating voltage and appliance design can vary.
Does a hair dryer use fewer watts on low heat?
Usually, but the reduction depends on the dryer. Lower heat typically reduces heating-element demand while the fan motor still consumes electricity. Do not assume low heat automatically cuts wattage by a fixed percentage.
Does the cool setting on a hair dryer use less electricity?
Usually yes because the heating element may be reduced or switched off while the fan continues operating. The exact power draw varies by model, so check the manufacturer's specifications if you need a precise number.
How much does it cost to run a hair dryer for 10 minutes?
At the June 2026 U.S. residential average electricity price of 18.34 cents per kWh, a 1,500W hair dryer costs about $0.05 for 10 minutes, while a 1,875W dryer costs about $0.06. Your actual cost depends on your local electricity rate.
Can the UDPOWER S1200 run a 1500W hair dryer?
The S1200 has a normal rated AC output of 1,200W, but UDTURBO can support compatible higher-power appliances up to 1,800W. Therefore, a compatible 1,500W hair dryer may operate through UDTURBO. Conversion efficiency decreases above the normal 1,200W rated range, so standard 90% runtime calculations should not be used for that load.
Can the UDPOWER S1200 run an 1875W hair dryer?
No. The S1200 supports compatible higher-power loads through UDTURBO up to 1,800W, so a 1,875W hair dryer exceeds that maximum. The S2400 is the better UDPOWER choice for a 1,875W dryer.
Can the UDPOWER S2400 run a 1875W hair dryer?
Yes. The S2400 has a 2,400W rated pure sine wave AC output, so a 1,875W hair dryer is within its normal rated output range. Check the dryer's actual label and include any other AC appliances that are running at the same time.
How long can the S2400 run a 1875W hair dryer?
Using a 90% planning efficiency, the 2,083Wh S2400 provides about 1,875Wh of estimated AC energy. Dividing that by a steady 1,875W load gives about one hour of accumulated drying time, or roughly six 10-minute sessions. Actual runtime can vary.
Why does my hair dryer trip the bathroom outlet?
The dryer may be drawing close to the circuit limit, another appliance may be using the same circuit, or the GFCI or hair dryer's ALCI safety system may be detecting a fault. If the problem happens repeatedly, stop using that setup until the cause is identified.
Are travel hair dryers always lower wattage?
No. Some compact travel dryers use less power, but the word travel does not guarantee low wattage. For example, Conair sells a Worldwide Travel Dryer rated at 1,875W. Always check the actual label instead of assuming wattage from the dryer's size or category.
Sources and Data Used in This Guide
| Source | Information Used |
|---|---|
| Virginia Cooperative Extension | Reference range listing hair dryers at 1,200–1,875W. |
| U.S. Energy Information Administration | June 2026 U.S. residential average electricity price of 18.34¢/kWh used for cost calculations. |
| Dyson Supersonic Technical Specifications | Real-world example of a 1,600W U.S. hair dryer. |
| Conair 1875W Worldwide Travel Dryer Manual | Real-world 1,875W travel dryer example and 15A circuit warning. |
| U.S. Consumer Product Safety Commission | Hair dryer ALCI and immersion-protection information. |
| UDPOWER S1200 Product Page | S1200 battery capacity, rated output, UDTURBO capability, solar input, weight, and official product image. |
| UDPOWER S2400 Product Page | S2400 battery capacity, rated output, higher-power capability, solar input, weight, and official product image. |
| UDPOWER Product Comparison | Current S-Series comparison data and model positioning. |
Choose Backup Power Around Your Actual Hair Dryer
Check the wattage printed on your hair dryer first. Then choose a power station with enough output for that load and enough battery capacity for the rest of the devices you want to keep running.
Compare UDPOWER Power Stations View UDPOWER S2400 View All Portable Power Stations Get a Runtime EstimateRelated Articles
