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Wondering what PlayStation 4 electricity consumption adds to your household charges? Your PS4 console can sip a trickle of power while it sleeps and climb past 150 watts during a demanding session, so the honest answer depends on your model, your habits and your local price per kilowatt-hour. This guide breaks the numbers down by model and by state, shows you how to work out your own yearly total, and finishes with practical ways to trim it, whether you spend your evenings gaming or only watch a show now and then.
Most owners never think about it, yet a games machine is one of the few living-room devices that swings between near zero and a serious load within seconds. A PS4 wall reading can sit under 2 W when the unit is shut down and well above 130 W when a game pushes the processor. The lesson is that mode matters more than model: a system left in a high-draw state for long stretches does far more damage to your charges than one that simply happens to be a different revision.
To keep the rest of this article consistent, every figure below comes from one set of typical wall-meter readings, which you should treat as a realistic planning baseline rather than a laboratory certificate. Your own unit will land a little higher or lower depending on its age, its storage, the room temperature and the games you play. If you want an official starting point, Sony publishes ecodesign and energy efficiency declarations in the legal section of its regional websites, and those pages are worth a look for the exact label values that apply where you live.
| Typical state | Slim draw (W) | What is happening |
|---|---|---|
| Playing a demanding game | 117 | Graphics chip and cooling working hard |
| Watching video | 71 | Decoding pictures, little rendering |
| Rest | 7.5 | Keeping the network and charging alive |
| Fully shut down | 1.3 | Waiting for the power button |
That spread of roughly a hundred times between the lowest and the highest state is the single most useful fact in this guide, and the sections that follow show how it plays out for each hardware revision.
Three families of hardware share the PlayStation 4 name, and they differ mainly in wattage. When you compare them, look at both the label rating, which is a ceiling the supply can deliver, and the typical draw, which is what actually reaches your meter and what you are charged for. The sections below give both for each model.
The launch hardware carried a label rating of 250 W on the earliest CUH-10 and CUH-11 series, later trimmed to 230 W on the CUH-12 series with its physical buttons. Under a typical game the original PS4 in this guide draws about 138 W, around 82 W while you watch video, 9.5 W asleep and 1.8 W when off. It is the noisiest and thirstiest of the three, mostly because of its larger 28 nm APU and the less refined cooling, which pushes the fan harder than later designs.
The CUH-2000 redesign arrived in 2016, and Sony stated that it used 28% less energy than the CUH-1200 series it replaced. The PS4 Slim is the economy pick in this comparison: about 117 W while gaming, 71 W for video, 7.5 W asleep and 1.3 W shut down. Its smaller board and quieter cooling also make it the best value if you want a machine that stays cheap to leave plugged in.
The PS4 Pro adds a larger GPU and faster clocks to push 4K and HDR output, and its label rating is the highest of the family at 310 W. Later hardware revisions changed the fan and even the power connector, which tamed noise at the price of slightly warmer running. In practice a typical session sits near 158 W, with 85 W for video, 8.5 W asleep and 1.3 W when off. Titles that render at the maximum pixel count sit at the top of that range, while older games on a 1080p screen leave plenty of headroom.
| Model | Gaming (W) | Video (W) | Rest (W) | Off (W) |
|---|---|---|---|---|
| Original PS4 | 138 | 82 | 9.5 | 1.8 |
| Slim | 117 | 71 | 7.5 | 1.3 |
| PS4 Pro | 158 | 85 | 8.5 | 1.3 |
The table above hides how differently the system behaves from minute to minute. Understanding PS4 power usage state by state tells you where your meter reading really comes from, and it is the foundation for the calculation later on. Inside the case, the APU combines the processor and the graphics hardware on a single chip, so when a scene gets complicated that one chip, together with the memory around it, accounts for most of the extra draw.
Gaming is the heaviest state because the APU, the memory and the cooling all run flat out. The peak wattage arrives when a scene is crowded, for example a large open-world city, and then falls back as you move indoors. Expect swings of 15 to 25 W inside a single session, which is why a plug-in meter that averages over an hour gives a more trustworthy number than one glance at a display. As a sanity check, 117 W is a little more than a pair of old-fashioned light bulb lamps would draw, so the warm air coming from the vents is exactly what you should expect.
A useful way to feel these numbers is to convert them into running time. At 117 W the Slim needs about 8.5 hours of play to use one kilowatt-hour, while the Pro at 158 W gets there in just over 6 hours, and the original at 138 W in roughly 7 hours. In the same stretch a Slim left shut down would use well under a hundredth of that amount. Seen this way, the model you own matters less than the number of sessions you string together, because a long evening of play on any of the three dwarfs a full day of quiet waiting. Keep that comparison in mind whenever you decide where to spend your effort on saving.
You do not need to launch a game to use real power. Media playback from a Blu-ray disc or an app such as Netflix keeps the video decoder and the drive busy, and an evening of films sits well below a gaming session yet far above sleeping. Background downloads and system updates add a steady load that lasts until the transfer finishes. The idle main menu is the sneaky one, because leaving the machine parked there draws nearly as much as watching a film, even though nothing is being rendered for you.
Rest mode works like sleeping on a laptop: the PS4 keeps its network connection, charges controllers and can fetch patches, which is why it draws about 7.5 W on the Slim. Standby mode, in the sense of a full shutdown with the plug still in the wall, falls to roughly 1.3 W because only the circuitry waiting for the button stays alive. Sleeping is a convenience, not a free feature, and a later section puts a number on how much that convenience adds to your totals.
Any appliance estimate comes down to one multiplication, and your PS4 power draw is no different. You need the watts for each state, the time you spend in it, and the price your supplier charges for each unit.
Convert watts into usage by multiplying by time and dividing by 1,000:
$$\text{Usage (kilowatt-hours)} = \frac{\text{Watts} \times \text{Hours}}{1000}$$
Then multiply by your tariff to get money:
$$\text{Charge} = \text{Usage} \times \text{Price per unit}$$
One kilowatt hour is simply 1,000 watts running for sixty minutes, and it is the unit your statement is built on. Follow these steps:
Imagine a household with a PS4 Slim that is gaming for 2.5 h, playing video for 1.25 h, resting for 3 h and shut down for the remaining 17.25 h of the daily cycle, with electricity priced at 16.4 cents per unit.
| State | Watts | Time (h) | Usage (Wh) |
|---|---|---|---|
| Gaming | 117 | 2.5 | 292.5 |
| Video | 71 | 1.25 | 88.8 |
| Rest | 7.5 | 3 | 22.5 |
| Shut down | 1.3 | 17.25 | 22.4 |
| Daily total | 24 | 426.2 |
The daily total of 426.2 watt-hours is 0.426 kilowatt-hours. Notice that gaming fills only about 10% of the clock yet produces 69% of the total, while sleeping and the shut-down state together account for around a tenth. That ratio is why changing your play pattern matters far more than hunting for a few watts in the quiet states.
Running the same schedule on the other two models shows where their extra draw comes from. The Pro's higher gaming figure dominates, which is exactly what you would expect from the larger graphics hardware Sony fitted to it.
| State | Original (Wh) | Pro (Wh) |
|---|---|---|
| Gaming, 2.5 h | 345.0 | 395.0 |
| Video, 1.25 h | 102.5 | 106.3 |
| Rest, 3 h | 28.5 | 25.5 |
| Shut down, 17.25 h | 31.1 | 22.4 |
| Daily total | 507.1 | 549.2 |
Two details stand out. First, the Pro uses less than the original while asleep and shut down, because its newer chip and supply waste less in the quiet states, yet it still finishes higher overall because gaming dominates the total. Second, the original's shut-down figure is the highest of the three: at 1.8 W across 17.25 h it adds 31.1 Wh daily, almost 40% more than the other two models in that row. Sony's later designs closed that gap, which is one more reason to prefer a fully powered-down machine over a half-awake one.
Scaling the daily figure gives about 12.79 kWh, which at a rate of 16.4 cents is roughly $2.10 per month. Over a full twelve months the same pattern reaches 155.6 kWh, or $25.51 per year. Run the identical pattern on the other two models and the original comes to 185.1 kilowatt-hours ($30.35 annually) while the Pro reaches 200.4 kilowatt-hours ($32.87 annually).
| Model | Yearly total | Yearly charge |
|---|---|---|
| Slim | 155.6 kilowatt-hours | $25.51 |
| Original | 185.1 kilowatt-hours | $30.35 |
| PS4 Pro | 200.4 kilowatt-hours | $32.87 |
These totals are modest, and it is worth keeping them in proportion. They also assume sensible habits. Swap the pattern for a machine that sits asleep around the clock, or for a player who never leaves the sofa, and the picture changes quickly, as the next sections show.
Your own pattern probably differs from the worked example, so it helps to see the range. The table below keeps the Slim's watts fixed and changes only the time spent in each state, using the same tariff.
| Pattern | Play | Video | Yearly total | Yearly charge |
|---|---|---|---|---|
| Light use | 0.75 h | 0.5 h | 55.8 kilowatt-hours | $9.15 |
| Typical play | 2.5 h | 1.25 h | 155.6 kilowatt-hours | $25.51 |
| Heavy play | 5 h | 1.5 h | 269.8 kilowatt-hours | $44.24 |
The heavy row assumes 4 h of sleeping and 13.5 h shut down; the light row assumes the unit is always switched off properly. Even the heaviest pattern stays far below what a clothes dryer or an electric heater would use, yet the gap between the first and last rows is nearly five times, which shows how much your habits count.
Two people with the same Slim can see very different meter readings. A handful of factors explain almost all of the gap, and most of them are within your control.
Rendering more pixels, more often, costs more. A title running at a locked 30 frames on a 1080p screen leaves the GPU with spare capacity, while one chasing a high framerate at native 4K keeps it busy. Higher resolution and HDR add to the load, and rich game visuals such as dense crowds, volumetric fog and long draw distances raise it again, because the graphics hardware has more to calculate every frame. Output over a modern HDMI cable to a sharp screen is where the Pro spends most of its extra watts.
Charging controllers, a VR headset or an external hard drive adds a few watts each, and an accessories drawer full of plugged-in gadgets keeps drawing even when the PS4 sleeps. Ventilation matters too: a unit jammed in a closed cabinet makes the cooling work harder, and a faster fan is a bigger draw on every watt. Leave a few centimetres of clearance and dust the vents occasionally. A PS VR headset in use pushes the whole setup higher still, so budget extra for those sessions.
The simplest factor is also the largest. At 117 W, every extra hour of gaming adds about 0.117 kilowatt-hours, so trimming one hour from each daily session saves roughly 43 kilowatt-hours across a full twelve months, or about $7 at the same tariff. A weekly marathon of 8 h adds close to a kilowatt-hour on its own, before you count the screen.
You do not need to give up your hobby to trim the total. A few settings and routines recover most of the avoidable load without changing how you play.
The system menu lets you dim the controller light bar, shorten the automatic turn-off timer and decide what stays powered during sleep. Open the power saving settings, set the unit to switch itself off after a sensible idle period, and disable device features you never use. If a long download is finishing overnight, allow it, but do not keep that option switched on permanently.
If your PS4 sleeps 3 h daily and you shut it down instead, the Slim saves about 6.8 kilowatt-hours across a full twelve months, worth roughly $1.11. The prize is bigger for a machine that never fully shuts down: left in rest mode around the clock it would use 65.7 kilowatt-hours, about $10.77, versus 11.4 kilowatt-hours ($1.87) when completely shut down. That $8.90 difference is the price of convenience, and it is why heavy sleepers are the ones who see a visible change on their electricity bill. A fully powered-down system waits in standby only long enough to listen for the button, and in that state its wattage is close to negligible.
A game disc left inside keeps the drive spinning up, so eject discs when you finish. A charging controller can leave a tiny phantom power draw behind, so unplug anything that is fully charged. Closing suspended games and apps also stops them holding memory active. Individually each tweak is small, yet together they bring a casual player very close to the lowest realistic figure.
Published tables are a starting point, but a ten-dollar meter turns your estimate into a measurement. The label rating on the back of the PS4, usually shown in watts, is the maximum the supply can deliver, so it overstates normal use by a wide margin. The rated power of a model is not what you pay for.
Measure on a typical day, not a special one, and keep the screen on a separate plug so you can tell which device is responsible for each change. If your meter logs over a longer period, leave it connected for a full week and read the total directly. A week-long log also smooths out the odd binge or the odd quiet stretch, which a single evening of testing cannot do. That one number replaces every assumption in this guide with your real figures.
It helps to understand why Sony kept revising a platform that was already selling well. The first game console of the family shipped with a large chip, a deep case and a cooling design tuned for the launch lineup. As the manufacturing process matured, Sony could shrink the board, remove parts and cut the supply rating without touching the games, which is why the CUH-12 series dropped from 250 W to 230 W on its label and the later Slim went further.
The Pro took the opposite path. Instead of cutting the load, Sony used the extra silicon budget to double the graphics hardware inside a newer chip, so the GPU does considerably more work per frame while the rest of the machine looks familiar. That decision explains why the Pro is the most capable PlayStation 4 and also the most demanding on a wall socket: you are buying visual quality, and the price of that quality arrives as extra watts.
Firmware plays a small part too: later system software refined how the machine sleeps and handles background transfers, trimming the sleeping draw slightly, so keep your unit updated.
A few persistent ideas make owners either too relaxed or too anxious about the cost of keeping a console plugged in. Sorting them out saves you from both extremes.
A shut-down system still draws a trickle, because the power supply and the circuitry that watches for the button never fully stop. At about 1.3 W for the Slim that is trivial, roughly $1.87 across a full twelve months, yet it is not zero, and it is the reason a switched strip is the only true off.
Sleeping is cheap per hour, but it runs for a very long time. At 7.5 W, a PS4 left asleep around the clock uses 65.7 kilowatt-hours across a full twelve months versus 11.4 when properly shut down, roughly five times as much. Treat sleep as a tool for overnight transfers, not a permanent resting place. Treat sleep as a tool for overnight transfers, not a permanent resting place.
Upgrading to a faster machine rarely lowers your charges. A newer flagship can draw well over 200 W in a demanding title, so a household that moves from a Slim to a more powerful system should expect a higher figure unless it plays less. The saving from replacing hardware is small compared with the saving from changing habits, and the purchase price of a new unit dwarfs both. If lowering your charges is the only goal, keep the PS4 you own and apply the habits in this guide first.
Context helps. Newer machines are faster, but they are not always lighter on the meter. A PS5 can top 200 W in demanding titles, a base Xbox One generally lands in the same range as a PS4, and portable machines such as the Nintendo Switch and the Steam Deck use only a fraction of that because their screens and chips are built around a battery.
| Device | Typical gaming range (W) | Takeaway |
|---|---|---|
| Slim | 100 to 120 | Lowest of the PS4 family |
| PS4 Pro | 150 to 165 | Most capable, most hungry |
| Xbox One | 70 to 120 | Comparable to a PS4 |
| PS5 | 50 to 220 | Wide spread by game |
| Nintendo Switch | 10 to 18 | Handheld frugality |
| Steam Deck | 3 to 15 | Smallest draw of all |
Do not forget the screen. A TV adds its own load on top of the machine, and an average 62 W model playing alongside the Slim takes the pair to 179 W. Over the same 2.5 h of daily play that screen alone adds about 56.6 kilowatt-hours, or $9.28, across a full twelve months. A smaller panel or a lower brightness setting is therefore worth as much as many system tweaks, and it helps explain why two households with identical hardware report such different totals. If you share a TV with other devices, remember that only the share used while you play belongs in your PS4 sum.
People sometimes ask whether a PS4 can run away from the grid, for a camping trip or during an outage. It can, provided you size the equipment properly. A portable power station contains a battery and an inverter, and a solar generator bundles solar panels with one so that daylight tops it up. Related: how much electricity does a drilling machine use.
Check that the inverter can supply the surge when the system boots and that the output sockets match your plugs. For longer sessions, pick a larger power station or recharge it from a 200 W solar panel: with 4 h of peak sun and about 20% system losses it collects close to 640 Wh, enough for roughly 3.6 more hours of the same play. Remember that a Pro and a big TV shorten the runtime considerably. The same arithmetic works for any appliance, so you can reuse it for a router or a lamp as well.
In summary, PlayStation 4 electricity consumption is small for a typical player and manageable for a heavy one. A Slim draws about 117 W while gaming and 1.3 W when shut down, which works out near $25 annually for a couple of hours of play each evening, while a Pro in long 4K sessions costs a little more. The levers that decide your total are the model, the time spent in the high-draw states, and whether the machine sleeps or shuts down, and sleeping around the clock is the biggest avoidable waste. You can also check dishwasher electricity consumption.
Take your own wall readings if you can, run the formula once with your own tariff, and you will know your number rather than a generic one. From there, a couple of habits, such as shutting down properly and choosing sensible settings, keep the total low without costing you a minute of play. The PlayStation 4 is a long-lived platform, and with a little care its running charges stay comfortably small.