CPU governor changes incorrectly bacause of Controller over Bluetooth

It looks like auto-cpufreq is incorrectly changing the CPU scaling governor when I have a Sony controller connected over Bluetooth on my Desktop PC. This doesn't happen on my Laptop when charging connected to the wall and it's noticeable as it affects FPS when gaming.

As an example: having my controller connected over Bluetooth and wired is the difference between 45 FPS and 60 FPS on God Of War HD in RPCS3.

As soon as the controller is connected auto-cpufreq changes my CPU scaling governor from `Performance` to `Powersave` and reports the battery as `discharging`, this happens with both the Dualsense and the Dualshock 4 controllers. If I turn the controllers off or connect them through cable to the PC, either while still over Bluetooth or turned off, then the CPU scaling is then correctly set to `Performance`.

I use Nobara 37, which ships auto-cpufreq by default, and another user have also confirmed this same behavior on the distro's Discord server/channel with their Dualsense and Dualshock 4 controllers. Another person with a Xbox controller couldn't reproduce the issue over Bluetooth.

From the looks of it, auto-cpufreq is incorrectly using the controllers battery status as an indicator to change the scaling governor.

I can also confirm this doesn't happen with power-profiles-daemon, neither does it happen with no power optimizers.

Modifying `/etc/auto-cpufreq.conf` so it uses `Performance` when on battery works, but it feels like a workaround instead of a solution.

### Have you tried?

- [Searching through existing/closed issues](https://github.com/AdnanHodzic/auto-cpufreq/issues) to see if your bug has already been already submitted? `Yes`
- If installation failed with [auto-cpufreq-installer](https://github.com/AdnanHodzic/auto-cpufreq/#auto-cpufreq-installer),have you tried installing auto-cpufreq using [Snap package](https://github.com/AdnanHodzic/auto-cpufreq/#snap-store)? `No`
- Have you tried [configuring auto-cpufreq](https://github.com/AdnanHodzic/auto-cpufreq/#configuring-auto-cpufreq)? `Yes`
- Have you tried suggestions in [troubleshooting section](https://github.com/AdnanHodzic/auto-cpufreq#troubleshooting)? `No`

---

### System information:

**Dualsense off:**
```
Using settings defined in /etc/auto-cpufreq.conf file

-------------------------------------------------------------------------------

Linux distro: Nobara Linux 37 KDE Plasma
Linux kernel: 6.1.6-201.fsync.fc37.x86_64
Processor: AMD Ryzen 5 5600X 6-Core Processor
Cores: 12
Architecture: x86_64
Driver: acpi-cpufreq

------------------------------ Current CPU stats ------------------------------

CPU max frequency: 3700 MHz
CPU min frequency: 2200 MHz

Core Usage Temperature Frequency
CPU0: 4.0% 17 °C 3243 MHz
CPU1: 3.0% 17 °C 2975 MHz
CPU2: 3.0% 17 °C 3690 MHz
CPU3: 5.1% 17 °C 3197 MHz
CPU4: 5.1% 17 °C 2951 MHz
CPU5: 49.5% 17 °C 2957 MHz
CPU6: 5.0% 17 °C 3079 MHz
CPU7: 6.1% 17 °C 3602 MHz
CPU8: 4.0% 17 °C 3698 MHz
CPU9: 2.0% 17 °C 3476 MHz
CPU10: 4.0% 17 °C 3633 MHz
CPU11: 2.0% 17 °C 3490 MHz

CPU fan speed: 0 RPM

CPU fan speed: 0 RPM

auto-cpufreq version: 1.9.7

Python: 3.11.1
psutil package: 5.9.1
platform package: 1.0.8
click package: 8.1.3
distro package: 1.7.0

Computer type: Desktop
Battery is: charging

auto-cpufreq system resource consumption:
cpu usage: 0.0 %
memory use: 0.16 %

Total CPU usage: 13.6 %
Total system load: 1.64
Average temp. of all cores: 16.80 °C

Currently using: performance governor
Currently turbo boost is: off

-------------------------------------------------------------------------------
```

**Dualsense on (Bluetooth):**
```
Using settings defined in /etc/auto-cpufreq.conf file

-------------------------------------------------------------------------------

Linux distro: Nobara Linux 37 KDE Plasma
Linux kernel: 6.1.6-201.fsync.fc37.x86_64
Processor: AMD Ryzen 5 5600X 6-Core Processor
Cores: 12
Architecture: x86_64
Driver: acpi-cpufreq

------------------------------ Current CPU stats ------------------------------

CPU max frequency: 3700 MHz
CPU min frequency: 2200 MHz

Core Usage Temperature Frequency
CPU0: 6.1% 17 °C 2196 MHz
CPU1: 12.2% 17 °C 2197 MHz
CPU2: 7.1% 17 °C 2164 MHz
CPU3: 11.0% 17 °C 2199 MHz
CPU4: 8.2% 17 °C 2195 MHz
CPU5: 15.2% 17 °C 2199 MHz
CPU6: 6.1% 17 °C 2181 MHz
CPU7: 5.9% 17 °C 2198 MHz
CPU8: 5.1% 17 °C 2198 MHz
CPU9: 5.1% 17 °C 2193 MHz
CPU10: 4.0% 17 °C 2199 MHz
CPU11: 3.0% 17 °C 2187 MHz

CPU fan speed: 0 RPM

CPU fan speed: 0 RPM

auto-cpufreq version: 1.9.7

Python: 3.11.1
psutil package: 5.9.1
platform package: 1.0.8
click package: 8.1.3
distro package: 1.7.0

Computer type: Desktop
Battery is: discharging

auto-cpufreq system resource consumption:
cpu usage: 0.0 %
memory use: 0.16 %

Total CPU usage: 5.2 %
Total system load: 1.65
Average temp. of all cores: 16.80 °C

Currently using: powersave governor
Currently turbo boost is: off

-------------------------------------------------------------------------------
```

---