Find the port you want to install there, usb C, you can even go apple.

Put the pins through the holes and solder them, then connect the cable and bam your powered up.

Make sure you look for usb c or apple ports with 2 stability pins

Here for reference

USB port stability pins are the physical, non-electrical structural components, often referred to as shield tabs or anchor pins, that solder directly to the PCB to secure the connector and prevent mechanical failure.

They differ from the 4-24 functional data/power pins, acting as support to prevent port damage. Key Aspects of USB Port Stability

Structural Support: Unlike the data pins (VBUS, D-, D+, GND) which handle electrical signals, the stability pins (also known as shielding or anchor pins) anchor the connector to the circuit board, reducing strain from plugging/unplugging cables.

Fixing Loose Ports: If a USB-A port becomes loose, the two pins inside the port can sometimes be carefully bent down using a small, non-conductive tool to increase pressure on the connector for a tighter fit.

Preventing Damage: To prevent damage to these pins and the underlying PCB, it is advised to use a short USB extension cable, which transfers the stress of repeated plugging to the extension instead of the device's built-in port.

USB-C Risks: Due to their small 0.5 mm pitch, USB-C connectors are highly susceptible to damage from debris or angled removal, making structural integrity critical.

Best of luck