ᐅ IKEA Besta – How Can I Build an Integrated Charging Station for Mobile Phones?

Hello everyone, I am planning to integrate a charging station for mobile phones into my IKEA Besta cabinet and have some questions about the implementation. Specifically, I want the charging station to be hidden inside the furniture, so no visible cables or chargers are lying around outside. The charging setup should support multiple phones at the same time, ideally including wireless charging (Qi standard). Now I am wondering how to best and safely supply power inside the Besta, for example through drilled holes for cables, installing multi-port chargers, or even mounting charging pads behind the cabinet doors. I am also interested in how to wire everything so that it remains functional, takes up as little space as possible inside the cabinet, and above all poses no fire risk. Does anyone have experience with such integrations? Which components did you use, and what are your tips for building such a charging station in the IKEA Besta?

gamira schrieb:
Hello everyone, I’m planning to integrate a charging station for phones inside my IKEA Besta cabinet and have some questions about how to do it. Specifically, I want the charging station to be hidden inside the furniture, meaning no visible cables or chargers outside. The charging setup should support multiple phones at the same time, ideally including wireless charging (Qi standard). Now I’m wondering how to provide power safely and efficiently inside the Besta, for example by drilling holes for cables, installing multi-port chargers, or even mounting charging pads behind the front panels. I’m also interested in how to wire everything so it remains functional, takes up as little space as possible inside the cabinet, and above all poses no fire risk. Has anyone had experience with such integrations? What components did you use, and what are your tips for building a charging station inside an IKEA Besta?

Hello gamira,

your idea is super practical! I installed a similar charging station in my Besta – here are my experiences and tips:

- Power supply: I bought a multi-port USB charger with 5 ports that produces low heat, which is important for ventilation.
- Cable management: To neatly hide the cables, I drilled small holes in the back panels of the Besta. I protected the edges with cable grommets (plastic rings) to avoid damaging the wood.
- For wireless charging: I use flat Qi pads mounted behind a glass or thin acrylic panel directly on the front. This way you don’t see them, and phones can be placed directly on top.
- Safety: Make sure to use surge protection and that the charger offers adequate overheating safeguards.
- Space-saving integration: I hid the chargers themselves at the bottom of the cabinet behind a flap so they are not visible but still easily accessible.

When routing cables behind wooden parts, drill carefully and avoid hitting any existing connectors. I hope this helps! If you want more specific advice about devices, feel free to ask.

Nadine schrieb:
I bought a multi-port USB charger with 5 ports that generates little heat, which is important because of ventilation.

The note about heat generation is essential, but I’d like to elaborate: Especially with inexpensive USB hubs, there is often a risk that temperatures will rise significantly during continuous use with multiple devices. An effective step would be to get a charger with Power Delivery (PD) and intelligent load distribution to avoid overload.

Nadine schrieb:
Regarding wireless charging: I use Qi pads that are flat and mounted directly on the front side behind a glass or thin acrylic panel.

That sounds elegant, but you should keep in mind that not all front panels are suitable for wireless charging. Wood or even thicker acrylic sheets can greatly reduce charging efficiency. Glass is really ideal for optimal transmission. A modification of the front panel might be necessary to achieve the best results.

Have you, gamira, already considered how ventilation inside the cabinet will be managed? The fire risk also arises from insufficient air circulation when heat builds up. In my opinion, it would be better to at least include small ventilation slots in the rear area.

gamira schrieb:
Does anyone have experience with such integrations?

I built a charging station inside a Besta cabinet and can share some technical tips that should be helpful:

- Power supply: Make sure to use certified power adapters with overcurrent and overheating protection (e.g., CE or TÜV approved). Cheap power supplies tend to fail and pose safety risks.

- Cable management: The back panel of the Besta can be easily drilled to route USB or charging cables cleanly. Always use plastic cable grommets to protect cables from abrasion.

- Wireless charging: Qi chargers require a maximum distance (typically less than 4mm (0.16 inches)) between the charger and the smartphone. The standard Besta fronts made of wood are usually too thick or dense unless you modify them or build a small chamber using thin plastic film or glass.

- Ventilation: Chargers produce heat even when efficient. I cut small ventilation slots in the back panel that are not visible but ensure proper air circulation.

- Integrating multiple devices: For charging several phones, I recommend chargers with at least three USB ports, each providing at least 2.4 A for fast charging.

In summary, I recommend using safe power supplies and charging technology, routing and protecting cables properly, maintaining the maximum charging distance for Qi, and always planning for some air circulation.

gamira schrieb:
Now I’m wondering how to create a practical and safe power supply inside the Besta, for example by drilling holes for cables, installing multi-port chargers, or even mounting charging stations behind the panels.

I’m happy to provide you with a step-by-step guide for installing a mobile phone charging station in an IKEA Besta:

1. Planning
- Consider how many devices you want to charge simultaneously.
- Check the back panel and side panels for possible cable routing options.

2. Materials
- Multi-port USB charger with sufficient power output and safety certifications.
- Qi charging pads (if wireless charging is desired), slim and preferably with built-in temperature control.
- Plastic cable grommets to protect the wood drilled holes.
- Cable ties and cable channels for tidy cable management.

3. Preparation
- Carefully mark the drill holes for cables on the back panel.
- Drill holes using a suitable wood drill bit.
- Feed cables through and insert plastic grommets.

4. Installation
- Mount the charger in an easily accessible position inside the cabinet, for example on the inner side of a door.
- Route the USB cables to the charging stations (Qi pads) behind the front panels or to the phones’ storage area.

5. Ventilation
- Cut discreet ventilation slots in the back panel to minimize heat buildup.

6. Testing
- Before closing everything up permanently, verify functionality and monitor temperature development.

Common mistakes:
- Front panels that are too thick for Qi charging
- Lack of ventilation
- Cheap power supplies without safety features

With this guide, a safe and functional installation should be achievable.