Is PS5 More Efficient Than PS4? A Comprehensive Look at Power Consumption
The question of energy efficiency is increasingly relevant in today’s world, and video game consoles are no exception. For gamers considering an upgrade, understanding the power consumption differences between the PlayStation 4 (PS4) and the PlayStation 5 (PS5) is crucial. So, is the PS5 more efficient than the PS4? In short, the answer is nuanced, but overall, yes, the PS5 is generally more efficient, particularly in specific modes, than the PS4 and PS4 Pro. However, it’s not a straightforward “less power overall” scenario. Let’s delve into the specifics.
Power Consumption During Gameplay
One might assume that a more powerful console like the PS5 would automatically consume more energy. While it’s true that the PS5 draws between 160 and 200 watts of electricity during gameplay with new-generation titles, which is significantly more than the PS4’s average of 100 to 150 watts (and some peaks even higher), context is key. This higher power consumption in the PS5 is linked to its significantly improved graphics processing unit (GPU) and central processing unit (CPU), allowing it to deliver superior graphical fidelity, faster load times, and higher frame rates.
The increase in power usage also is related to running games developed for the PS5, which are designed to leverage the advanced capabilities of the console. Comparing the wattage of a PS4 running a PS4 game vs a PS5 running a PS5 game isn’t always an apples-to-apples comparison.
Power Efficiency in Rest Mode
One of the most notable improvements in the PS5’s energy efficiency lies in its rest mode. The PS5 consumes approximately 80% less power in suspend/rest mode compared to the PS4 and PS4 Pro. While the PS4 and PS4 Pro might use several watts in rest mode, the PS5 consumes as little as 0.5 watts or less. This dramatic reduction in power consumption is a significant advantage. Consider this: Sony estimates that if just one million users enable this feature, it could save the equivalent of the average annual electricity use of 1,000 US homes. However, be aware that if you are charging devices, or downloading games while in rest mode, the power consumption will increase.
Overall Energy Consumption
While the PS5 can use more power during demanding game sessions, the difference isn’t always as significant as some might fear, particularly if you look at the overall picture. The key differentiator is the improved efficiency in rest mode, which can significantly reduce the total energy footprint. The PS4, with its average 100-150 watts per hour consumption, coupled with higher rest mode usage, can add up to a notable energy bill if used regularly. Conversely, while the PS5 may spike to between 160 and 200 watts while gaming, its significantly reduced power consumption during standby makes it a more eco-conscious choice overall. The key takeaway is that while the PS5 can use more during gameplay, it is more efficient overall especially given its efficiency in other modes.
Other Factors to Consider
It’s also essential to note that the actual power consumption of both consoles can vary depending on various factors:
- Type of game: Demanding, graphically intensive games will draw more power than simpler titles.
- Game Settings: Resolution, frame rate, and other in-game settings affect power draw
- Active features: Using additional features like USB charging or downloading games in rest mode will increase power usage.
- Ambient temperature: Console power consumption is affected by temperature. High temps can lead to fans working harder.
Ultimately, understanding these variables will give you a better idea of the power draw of your PS4 or PS5 in various situations.
Conclusion
The PS5 represents a step forward in gaming console technology, offering significant upgrades in terms of performance and gaming experience. While it uses more power under load than the PS4, its dramatic improvement in energy efficiency in rest mode, plus its other enhanced capabilities, means it uses less overall power and is a more environmentally friendly option than its predecessor. The decision to upgrade to a PS5 should depend on individual needs and priorities, but from a purely energy perspective, the PS5 is a better choice when considering the entire usage cycle.
Frequently Asked Questions (FAQs)
Here are some frequently asked questions to further clarify the energy efficiency differences between the PS4 and PS5:
1. How much power does the PS5 use compared to the PS4 during gaming?
The PS5 consumes between 160 and 200 watts of electricity while running new-generation games, whereas the PS4 typically uses between 100 and 150 watts. This makes the PS5 draw more power during demanding gameplay.
2. Is the PS5 more energy-efficient in rest mode than the PS4?
Yes, the PS5 is significantly more energy-efficient in rest mode, consuming approximately 80% less power than the PS4 and PS4 Pro. It can use as little as 0.5 watts or less in rest mode compared to several watts on the older models.
3. Does the PS5 consume a lot of electricity while downloading games or charging devices in rest mode?
Yes, the PS5 does use more power when downloading games or charging devices via its USB ports in rest mode. While it uses 0.36 watts in passive rest mode, it can consume up to 3.2 watts while downloading or charging.
4. How much power does the PS4 consume per hour?
The PS4 consumes an average of around 100 to 150 watts per hour, depending on the model and the task. Some peak usage can be higher.
5. What is the estimated annual cost of electricity for a PS4?
The estimated annual cost of electricity for a PS4 is between $14.70 and $24.50, based on an estimated watt consumption of 90-150 watts. However, this varies depending on usage.
6. Does the PS5 consume more power than the Xbox Series X?
The PS5 and Xbox Series X have similar power consumption during gameplay, both generally drawing between 160 and 200 watts.
7. Is the PS5 worth buying in 2023 considering energy consumption?
Yes, the PS5 is worth buying in 2023, especially for those who want to play the latest games with the best performance. While it uses more power while playing, its efficiency in rest mode and overall better efficiency considering the performance enhancements make it a better pick from an energy point of view.
8. What is the main reason for the PS5 using more power during gameplay?
The main reason for the PS5’s higher power consumption during gameplay is its more powerful CPU and GPU, which are needed to deliver enhanced graphics, higher frame rates, and faster loading times.
9. Can I play PS4 games on PS5?
Yes, most PS4 games are playable on the PS5. The PS5 console’s Game Boost feature may even improve the performance of some PS4 games, allowing for higher or smoother frame rates.
10. Are all PS4 games compatible with PS5?
The overwhelming majority of the 4,000+ PS4 games are playable on PS5 consoles. However, a few games, like Afro Samurai 2 Revenge of Kuma Volume One and Hitman Go: Definitive Edition will not work.
11. Can I use my PS4 discs on the PS5?
Yes, you can use your PS4 discs on the PS5. The PS5 is mostly backwards compatible with the PS4 discs.
12. Can PS5 play PS3 discs?
No, PS5 cannot play PS3 discs. PS3 games can only be played as digitally downloaded copies.
13. Is it OK to leave a PS4 in rest mode overnight?
Yes, it is generally safe to leave a PS4 in rest mode overnight because it consumes very little power. It uses the rest mode to charge controllers, and download game and firmware updates.
14. Does leaving a PS4 on increase my electric bill?
Yes, leaving a PS4 on (or in rest mode), will increase your electric bill. The PS4 consumes between 90-150 watts per hour during gameplay and even if left in rest mode. However, the power consumption will be very minimal, but continuous usage will impact your bill.
15. What uses the most electricity in a typical home?
The biggest electricity consumer in a typical home is the heating and cooling system (HVAC), accounting for 45-50% of the energy usage, followed by water heaters, lighting, and refrigerators. Gaming consoles are a small part of your bill.