How to Geek Power Plan – Enable Ultimate Performance Safely in Windows

Windows includes a hidden power plan called Ultimate Performance that reduces small delays when hardware needs full power. Many people search for ways to unlock it after reading guides on sites like How-To Geek.

You can enable it on most Windows 10 and Windows 11 systems with one command. But is it worth the extra power draw?

In this guide, we give you the exact steps, honest performance expectations, and clear guidance on when the plan actually helps versus when it creates more problems than benefits.

What Does the Ultimate Performance Power Plan Actually Change?

The Ultimate Performance power plan minimises micro-latencies that occur during power state transitions. It builds directly on the High Performance plan and was originally designed by Microsoft for high-end workstations that shift quickly between idle and heavy loads.

The plan disables or sharply reduces core parking on the CPU and limits frequent entry into deep idle states. This keeps the hardware more alert rather than fully powering down between tasks, reducing the tiny wait times when a program suddenly demands maximum performance.

What this means is the plan keeps processor clocks primed and reduces hardware polling for power needs. It also turns off several power-saving features across USB, storage, and PCIe connections. The overall effect favours immediate responsiveness over efficiency.

Most everyday tasks show very little difference. Still, bursty workloads can feel slightly snappier when the hardware must wake repeatedly from low-power states. In our experience, idle power consumption roughly doubles on some high-end CPUs in community reports and tests.

Should You Enable the Ultimate Performance Power Plan?

You should enable the plan only for specific bursty or CPU-heavy tasks rather than general daily use. High Performance already removes most power limits for many people, so Ultimate Performance adds another layer of readiness at a noticeable cost in power draw and heat.

It works best for video rendering, 3D modelling, large code compilation, or competitive online games where consistent 1% lows matter more than raw average FPS. The plan helps the least in GPU-bound single-player titles or light office and browsing work.

Here’s the thing: laptops running on battery should avoid it completely because it drains power much faster. Desktops with good cooling handle the extra heat better, but even then most users notice louder fans during light tasks.

So when does it actually make sense?

Test the plan for a full day with your exact workload before deciding to keep it active long-term. Many people switch back to High Performance or Balanced after a short trial once they experience the higher temperatures and fan noise.

The plan delivers the best results when your PC stays plugged in at all times.

How to Enable the Ultimate Performance Power Plan

You enable the plan with a single command in an administrator terminal on both Windows 10 and Windows 11.

Elevated Command Prompt after running the command to enable the Ultimate Performance power plan.

1. Open Command Prompt, PowerShell, or Windows Terminal as administrator, then type or paste this exact line and press Enter: powercfg -duplicatescheme e9a42b02-d5df-448d-aa00-03f14749eb61.
2. Windows creates a copy of the hidden scheme and adds it to your available power plans.
3. Close and reopen the Power Options window if the new option does not appear immediately.
4. You can reach Power Options through Control Panel or by searching for it in the Start menu.
5. Click “Show additional plans” to reveal the new Ultimate Performance entry, then select it to activate right away.

The change takes effect immediately for most systems, though a restart can help if you notice any odd behaviour afterwards.

1. To remove the plan later, simply switch to Balanced or High Performance first.
2. Then click “Change plan settings” next to Ultimate Performance and choose Delete this plan.

The process works the same way on both Windows 10 and Windows 11.

Windows 11 Challenges with Modern Standby Systems

Many Windows 11 laptops use Modern Standby instead of traditional sleep states, and this design often hides the classic power plans entirely. You may run the command successfully and still see only the Balanced plan in the list.

The Settings app power mode slider then becomes your main control, offering Best power efficiency, Balanced, and Best performance options. Best performance comes close to traditional High Performance behavior for many tasks, but full advanced settings from legacy plans can stay limited or disappear after feature updates.

That said, some users apply a registry tweak to restore older behaviour. Yet that change is not officially supported and can raise power use during sleep.

Check your motherboard BIOS for an option to enable legacy S3 sleep if it exists. We’ve found mixed success with these workarounds across different laptop brands and models.

Desktops usually display the plan without extra steps. Laptops from Dell, Lenovo, or HP sometimes add their own power plans that override the standard Windows options.

Test any changes carefully and note what improves or breaks.

Real Performance Results from Testing

Real-world gains from the Ultimate Performance plan stay small and highly situational rather than dramatic. One detailed Windows 11 test published by XDA Developers in March 2026 measured four popular games under controlled conditions.

• Fortnite showed average FPS rising from 101 to 108 and 1% lows improving from 72.3 to 83.4 when switching from High Performance to Ultimate Performance.
• Cyberpunk 2077, Black Myth: Wukong, and Forza Horizon 5 showed almost no meaningful change or slightly lower numbers in the same test.

Does that mean the plan transforms gaming? The clearest benefits appeared in CPU-bound competitive titles that suffer from frequent small stutters.

GPU-heavy single-player games rarely improve enough for players to notice during normal play. We’ve found the same overall pattern across different hardware in community reports.

Content creators sometimes report slightly faster export times in rendering software. Programmers notice quicker response during large compiles.

Casual users and most gamers see no daily difference worth the extra power and heat. The plan shines when hardware must wake repeatedly from low-power states and adds little once the system already runs near full load.

The Trade-offs You Need to Know

Higher power draw forms the main downside of the Ultimate Performance plan. Idle consumption often increases significantly on capable CPUs, and fans spin up more often and run louder during light tasks.

Laptops drain their battery much faster when unplugged, while extra heat can trigger thermal throttling on thin or poorly cooled machines. Component longevity questions remain open because long-term independent studies are limited, though extra stress on power delivery and cooling systems adds up over months.

But is the extra heat and noise worth chasing those small gains? We advise against leaving the plan active 24/7 on daily driver PCs.

Switch back to Balanced or High Performance for normal use and only enable Ultimate Performance when you need maximum responsiveness for a specific task.

Electricity costs rise modestly for always-on desktops. Most users notice the heat and noise before any performance win becomes obvious.

Modern games and applications already manage power aggressively through their own engines and drivers.

Windows Game Mode combined with High Performance covers the needs of many gamers without the full downsides of the Ultimate plan.

Advanced Customisation After Enabling

You can tweak advanced settings inside the Ultimate Performance plan itself for more tailored results.

1. Open Power Options, click Change plan settings next to the plan, then select Change advanced power settings.
2. Expand Processor power management and set minimum and maximum processor state to 100 percent if they are not already there.
3. Review USB selective suspend and PCIe Link State Power Management, then disable these for maximum responsiveness if your workload justifies the extra power use.

How far should you tweak the settings? Be careful with storage power settings on SSDs because constant high-power states may reduce drive sleep but increase wear slightly over time.

Test one change at a time and monitor stability and temperatures closely. Tools like HWInfo or Core Temp help track package power and core temperatures in real time.

Watch for sustained high power draw during idle periods and revert any setting that causes crashes or excessive heat.

These tweaks turn the plan into a more personalised tool rather than a simple on-or-off switch.

How to Monitor and Troubleshoot

Start with Task Manager and Resource Monitor right after switching plans to spot unusual CPU or disk activity during light use.

Use HWInfo to log package power and core temperatures over a few hours of normal work, then compare idle and load numbers before and after enabling the plan.

If the plan disappears after a Windows update, simply run the duplicatescheme command again to restore it.

Some OEM laptops reset power options during driver updates, so reinstalling chipset or power management drivers often brings the plan back into view.

What if the plan still won’t show up? If performance feels worse instead of better, check for thermal throttling first and clean dust from vents or consider a cooling pad for laptops.

Switch back to High Performance and compare results directly on the same tasks. Most issues trace back to heat buildup or background applications rather than the power plan itself.

Keep a short log of changes and observations during your testing period so you can reproduce what works and quickly undo what does not.

Better Alternatives for Most Users

High Performance combined with Windows Game Mode already delivers strong results for gaming with fewer downsides than the Ultimate plan.

You can create a custom power plan based on High Performance and adjust only the specific settings you need without unlocking hidden schemes.

Tools like Process Lasso let you set CPU priority per application without changing global power behaviour. BIOS-level power settings or careful undervolting sometimes provide better efficiency gains with less risk.

Are there simpler ways to get similar results?

For laptops, the Settings power mode slider already offers quick control between efficiency and performance.

A clean Windows installation plus updated drivers solves more performance problems than any power plan tweak in most cases.

We’ve found that most people overestimate the real-world benefit of Ultimate Performance once they test it properly.

Start with simpler optimisations before unlocking hidden plans, and remember that Balanced remains the smartest default for the majority of users and hardware combinations.

Final Thoughts

The Ultimate Performance power plan gives you one more tool for specific situations where immediate hardware responsiveness matters most. It delivers the fastest native readiness Windows offers, yet most users gain little from it compared with simpler changes. Test it on your own hardware and workload before deciding to keep it active long term.

Always monitor temperatures and power draw during the trial period, and switch back quickly if the trade-offs outweigh any benefits you notice. High Performance or even a well-tuned Balanced plan meets the needs of the majority of people and hardware.

So what’s the bottom line for most people? Choose settings based on real results rather than the name of the plan alone. Your PC performs best when the configuration matches how you actually use it every day.