How Many Watts Does Your PS4 Actually Use

Determining exactly how many watts a PlayStation 4 (PS4) consumes requires looking beyond the sticker on the back of the console. While the power supply unit (PSU) inside a PS4 might be rated for 250 watts or 310 watts, the actual energy pulled from your wall outlet during a gaming session is significantly lower. Depending on whether you own the Original, Slim, or Pro model, and whether you are playing a graphically intensive AAA title or just streaming Netflix, your electricity usage will fluctuate between 0.5 watts and 165 watts.

Quick Reference for PS4 Power Consumption

For those looking for an immediate answer, the average power draw during active gameplay across the three main models is as follows:

These numbers represent typical usage. However, technical variables such as hardware revisions, thermal efficiency, and even the type of display used can push these figures higher or lower.

Breaking Down Power Usage by Model

Sony released several iterations of the PlayStation 4 hardware over its lifecycle. Each major revision brought significant changes to the Internal Accelerated Processing Unit (APU) and the cooling systems, which directly impacted energy efficiency.

The Original PlayStation 4 (CUH-10xx, 11xx, and 12xx)

The original "fat" PS4, launched in 2013, is the most power-hungry of the standard models. The launch version (CUH-10xx) featured a 28nm Jaguar-based APU. In our technical observations using power meters, these early units often pulled close to 150 watts when running demanding titles like Killzone Shadow Fall.

In 2015, Sony released the CUH-12xx series, often called the "C-Chassis." This was a significant milestone for energy efficiency. Sony engineers managed to reduce the rated power from 250W to 230W and replaced the touch-sensitive buttons with mechanical ones. Internally, the memory configuration was simplified from 16 modules to 8 larger modules, reducing the energy required for the GDDR5 RAM. If you own an original PS4 with a matte hard drive cover rather than a glossy one, you likely have this more efficient version.

The PS4 Slim (CUH-20xx)

The PS4 Slim represents the peak of efficiency for this console generation. By moving to a 16nm FinFET process for the APU, Sony achieved a massive reduction in heat and power draw. The Slim uses approximately 25% to 30% less energy than the original model across all states. In our testing, even when pushed with intensive games like God of War, the Slim rarely exceeds 110 watts. This model is the best choice for gamers concerned primarily with electricity bills or those using portable power stations with limited capacity.

The PS4 Pro (CUH-70xx, 71xx, and 72xx)

The PS4 Pro is a more complex beast. It was designed to support 4K resolution and High Dynamic Range (HDR), which requires a much more powerful GPU. Consequently, it has the highest potential power draw.

However, not all Pros are equal. The launch Pro (CUH-70xx) was notorious for loud fan noise and power spikes. Later revisions, specifically the CUH-72xx (often bundled with Red Dead Redemption 2), featured a different power connector and optimized cooling. While the CUH-70xx might spike up to 177 watts during 4K gameplay, the CUH-72xx tends to stay more consistent at around 160-165 watts. Despite its power, the Pro is remarkably efficient when playing non-enhanced games, often drawing power levels similar to the original PS4.

Power Consumption by Activity and State

What you do on your console matters as much as which model you own. The PlayStation 4 dynamically adjusts its power draw based on the workload of the CPU and GPU.

Active Gaming Mode

Gaming is the most demanding task. During a session, the console must render complex 3D environments, manage AI logic, and maintain high frame rates.

• Disc vs. Digital: Interestingly, playing a game from a physical disc consumes slightly more power initially (about 15-20 watts extra) because the optical drive motor must spin the disc. Once the data is cached, the difference becomes negligible, though the motor may spin up periodically.
• AAA Titles vs. Indie Games: A graphically intense game like Horizon Zero Dawn will pull significantly more watts than a 2D indie title like Stardew Valley. In the latter case, the GPU operates at lower clock speeds, leading to lower energy consumption.

Media Streaming (Netflix, YouTube, and Blu-ray)

Many users use their PS4 as a primary media hub. While more efficient than gaming, it is less efficient than using a dedicated streaming stick like a Roku or Chromecast.

• Streaming: When watching Netflix, a PS4 Slim uses about 55 watts. In contrast, a dedicated streaming stick uses less than 5 watts.
• Blu-ray Playback: Playing a physical Blu-ray movie requires the optical drive and the hardware decoders for video. This typically draws between 60 and 90 watts depending on the model.

Dashboard and Idle State

Simply leaving your PS4 on the home screen (Dashboard) is surprisingly wasteful. The console remains in a high-power state, ready to launch a game at any second. If you aren't actively using the console, leaving it on the dashboard can pull 45 to 90 watts of power for no reason.

Rest Mode and Standby

One of the PS4’s best features is "Rest Mode," which allows it to download updates and charge controllers while appearing to be off.

• Basic Rest Mode: If you disable internet connection and USB power, Rest Mode uses about 0.5 to 1 watt.
• Connected Rest Mode: If the console is allowed to stay connected to the internet to download updates, the draw increases to about 3 watts.
• USB Charging: If you are charging a DualShock 4 controller via the USB ports in Rest Mode, the draw can rise to 6-10 watts until the controller is fully charged.

Technical Factors That Influence Wattage Draw

Several external and internal factors can cause your specific console to deviate from the average wattage figures.

Game Resolution and HDR

On the PS4 Pro, resolution is a major factor. Running a game at native 4K or using checkerboard rendering to reach 4K taxes the GPU much harder than 1080p. In our measurements, enabling 4K on The Last of Us Part II increased the power draw by approximately 20 watts compared to running the same game on a standard PS4 at 1080p. Similarly, HDR processing adds a small but measurable overhead to the display output.

Frame Rate Stability

Games with unlocked frame rates or those targeting 60 frames per second (FPS) require the APU to work harder than those capped at 30 FPS. When the console is pushed to its limits to maintain a high frame rate, the voltage supplied to the processors increases, leading to a higher wattage draw.

Thermal Throttling and Dust Accumulation

This is a critical factor for older consoles. As dust builds up inside the heatsink and the thermal paste dries out, the PS4’s internal temperature rises. The system responds by ramping up the cooling fan to its maximum speed. High-speed fans consume more electricity (up to 5-10 watts for the fan alone at peak). More importantly, heat increases the electrical resistance of the silicon components, making the entire system less efficient. A clean PS4 not only runs quieter but also uses slightly less power.

External Peripherals

Anything plugged into the USB ports draws power.

• External Hard Drives: These typically pull 2 to 5 watts.
• PSVR: The PlayStation VR processor unit and the headset itself add significant power requirements. When playing a VR game, the total system draw can increase by 30 to 50 watts.
• Charging Controllers: Charging two controllers simultaneously can add about 5 to 7 watts to the total consumption.

Calculating Your Annual Electricity Cost

To understand the financial impact of your PS4’s power usage, you can use a simple formula based on your local electricity rates.

The Formula

1. (Watts × Hours used per day) ÷ 1,000 = Daily Kilowatt-hours (kWh)
2. Daily kWh × Days per year = Annual kWh
3. Annual kWh × Cost per kWh = Total Annual Cost

Example Scenarios

Let’s assume an average electricity cost of $0.15 per kWh.

Scenario A: The Hardcore Gamer (PS4 Pro)

• Gaming: 4 hours a day at 160W (0.64 kWh/day)
• Rest Mode: 20 hours a day at 3W (0.06 kWh/day)
• Total Daily: 0.70 kWh
• Annual Usage: 255.5 kWh
• Annual Cost: ~$38.33

Scenario B: The Casual Gamer (PS4 Slim)

• Gaming: 1 hour a day at 90W (0.09 kWh/day)
• Rest Mode: 23 hours a day at 3W (0.069 kWh/day)
• Total Daily: 0.159 kWh
• Annual Usage: 58 kWh
• Annual Cost: ~$8.70

Scenario C: The "Always On" User (Original PS4)

• Leaving the console idle on the dashboard for 8 hours a day at 85W (0.68 kWh/day)
• Gaming for 2 hours at 145W (0.29 kWh/day)
• Total Daily: 0.97 kWh
• Annual Usage: 354 kWh
• Annual Cost: ~$53.10

While these amounts may not seem high individually, when multiplied by the millions of consoles worldwide, the energy footprint is substantial.

How to Reduce Your PS4 Power Consumption

If you want to lower your electricity bill or extend the battery life of a portable power station, there are several effective strategies.

Adjust Power Save Settings

Navigate to Settings > Power Save Settings. Here, you can customize several energy-saving features:

• Set Time Until PS4 Turns Off: Set this to 20 minutes for "Media Playback" and "General Usage." This prevents the console from staying in high-power idle mode if you fall asleep during a movie.
• Features Available in Rest Mode: Turn off "Supply Power to USB Ports" or set it to "3 Hours." This ensures the console isn't providing power to ports once your controllers are already charged.

Physical Maintenance

Cleaning your PS4 is one of the best ways to maintain efficiency. Use compressed air to blow dust out of the side intake vents and the rear exhaust. If your console is out of warranty and sounds like a "jet engine," consider opening it to clean the heatsink and replace the thermal paste on the APU. In our experience, this can reduce fan speed and improve the thermal efficiency of the processors.

Use Dedicated Streaming Devices

If your goal is simply to watch Netflix or Disney+, consider using a smart TV app or a dedicated streaming device. As mentioned, a PS4 uses around 50-90 watts to stream video, whereas a dedicated device uses less than 5 watts. This one change can save significant energy over a year.

Fully Power Down

While Rest Mode is convenient, a full shutdown is the only way to get consumption down to near-zero (approx. 0.1W-0.3W for the standby circuit). If you aren't expecting any large game updates, use the "Turn Off PS4" option instead of "Enter Rest Mode."

Technical Comparison: PS4 vs. PS5 Power Draw

For context, it is helpful to see how the PS4 compares to its successor. The PlayStation 5 is significantly more powerful, and in its most demanding 4K/60FPS modes, it can draw between 200 and 220 watts. However, because of its advanced 7nm architecture, the PS5 is more efficient in terms of "performance per watt." Interestingly, the PS5 uses much less power than the PS4 when playing backward-compatible PS4 games, often drawing only 70-80 watts for titles that would have pushed a PS4 Pro to 160 watts.

Summary of PS4 Power Specifications

The PlayStation 4 is a legacy device that remains a capable gaming machine, but its power requirements reflect the technology of the early 2010s. The Slim model is the champion of efficiency, while the Original and Pro models require more careful management to keep energy costs in check. By understanding the difference between idle, streaming, and gaming states, and by utilizing the built-in power-saving settings, you can enjoy your gaming library without unnecessary energy waste.

Conclusion

Knowing how many watts your PS4 uses allows you to make informed decisions about your gaming habits and home energy setup. Whether you are trying to stay under a specific energy budget or simply want to know if your portable power station can handle a weekend of Call of Duty, the figures are clear: expect a range of 80W to 160W during play. By keeping the console clean, adjusting power settings, and choosing the right model for your needs, you can optimize your setup for both performance and efficiency.

Frequently Asked Questions

Can a 300W power station run a PS4?

Yes. Since even the PS4 Pro rarely exceeds 175 watts, a 300W portable power station will comfortably handle any PS4 model. However, remember that the TV or monitor will also draw power (typically 30-100W), so you must account for the combined total.

Does the PS4 use power when it is turned off?

Yes, but a very negligible amount. When fully "Turned Off" but still plugged into the wall, it draws about 0.1 to 0.3 watts to keep the power button sensor active.

Why is my PS4 fan so loud and does it use more power?

A loud fan usually indicates the console is overheating due to dust or dried thermal paste. While the fan itself only uses a few extra watts, the high heat makes the internal processors less efficient, causing the entire system to draw more power to maintain performance.

Is it cheaper to buy games digitally to save power?

The power difference is minimal. While the disc drive uses about 15W extra when spinning up, games are installed to the hard drive anyway. Digital games save the physical energy of the disc motor, but the difference in your monthly electric bill would be less than a few cents.

Does the "Boost Mode" on PS4 Pro use more watts?

Yes. Boost Mode allows the PS4 Pro to use its higher clock speeds for games that haven't been officially patched for the Pro. This increases the workload on the APU, resulting in a higher power draw compared to running the same game on a standard PS4.