Games lagging on battery

[NewHelper007]

Games are lagging on battery But running fine on charging

I tried setting battery to high performance but that didnt help 

Can anyone suggest any solution ?

[Riddle_Decipher · Accepted solution]

@NewHelper007
Welcome to HP Forums, this is a great place to get support, find answers and tips,
Thank you for posting your query, I'll be more than glad to help you out 🙂

As I understand the game lags when the adapter is disconnected to the PC, however, it works well otherwise,

I appreciate that you've attempted the steps mentioned and I'll be more than glad to help you out:

right-click your desktop background and select NVIDIA Control Panel. You can also find this tool by performing a Start menu (or Start screen) search for NVIDIA Control Panel or by right-clicking the NVIDIA icon in your system tray and selecting Open NVIDIA Control Panel.

To quickly set a system-wide preference, you could use the Adjust image settings with the preview option. For example, if you have old hardware that struggles to play the games you want to play, you may want to select “Use my preference emphasizing” and move the slider all the way to “Performance.” This trades graphics quality for an increased frame rate.

By default, the “Use the advanced 3D image settings” option is selected. You can select Manage 3D settings and change advanced settings for all programs on your computer or just for specific games. NVIDIA keeps a database of the optimal settings for various games, but you’re free to tweak individual settings here. Just mouse-over an option for an explanation of what it does.

If you have a laptop with NVIDIA Optimus technology — that is, both NVIDIA and Intel graphics — this is the same place you can choose which applications will use the NVIDIA hardware and which will use the Intel hardware.

Let me know if those steps worked for you. 
If they did, that’s awesome! 
Give us some reinforcement by clicking the solution and kudos buttons,
that’ll help us and others see that we’ve got the answers!
Good Luck.

[NewHelper007]

first of all my laptop is new just 22 days old so first method is not an option and second option its is all ready set to nvdia gpu so  my point is why games are lagging on battery but running extremely well (on Ultra High Setting) On connecting to adapter  

PLz help ........

[Riddle_Decipher]

@NewHelper007
Thank you for the update,

If you've changed the performance settings to high while on battery as well and yet the issue persists,

You might want to consider the below facts:

• High-performance mobile GPUs can require significant amounts of power to operate at full speed. for example, the GTX 765M requires 75 W, while top-of-the-line mobile GPUs like the GTX 780M and GTX 980M can consume up to 122 W.
   

• The GPU is not the only power-hungry part in a laptop. A modern Intel performance mobile CPU typically draws about 47 W at full power. In addition, you need to power other system components, such as the display, disk, and USB peripherals. When you add it all up, you might need anywhere from 140 W to 200 W to operate a gaming laptop under full load depending on your system configuration.
   

• A typical battery in a gaming laptop can store about 60-80 Wh of energy. Most Li-ion batteries are not designed to be discharged faster than twice their Wh rating per hour (2C). In addition, sustained discharge at rates exceeding 1C can significantly reduce the overall service life of the battery. Continuously pulling 150 W or more from a typical 77 Wh battery is not a great idea and your battery could overheat and fail or even catch fire. While it's likely the battery's own protection circuitry would shut down the battery if overloaded or overheated, a device should never subject its battery to an unsafe load at any time during operation.
   

• To avoid overloading the battery, the GPU will typically throttle to a lower clock speed. The GTX 780M on my personal laptop will not run faster than about 400 Mhz when on battery. Lower clock speeds reduce power consumption not only by having transistors switch less rapidly but also by allowing lower core voltages—power consumption and heat dissipation scale with the square of voltage.

Keep me posted,
If the information I've provided was helpful,
give us some reinforcement by clicking the solution and kudos buttons,
that’ll help us and others see that we’ve got the answers!
Good Luck.