Office pod power and data: sockets, USB-C, PoE and cabling

Most office pods need one standard 230 V power feed, from a nearby socket or floor box, to run the fan, lighting and the pod’s own sockets and USB ports. Data usually runs over office Wi-Fi, with a wired RJ45 or PoE link for meeting pods with screens. In the UK, fixed wiring must follow BS 7671.

What power does an office pod need?

An office pod needs a single-phase mains supply sized for its fan, LED lighting and whatever users plug into its sockets. The pod’s own electrical load is small; the variable is what people bring in.

A single phone booth typically contains a ventilation fan, an LED light, a motion or door sensor, and a power module with one or two socket-outlets and USB ports. A focus pod adds desk power for a laptop and monitor. A four- or six-person meeting pod may add a wall-mounted screen, a video bar and a booking panel, which is when power and data planning starts to matter.

Before ordering, ask the supplier for three numbers: the rated input of the pod (in watts or amps, on the electrical label), the maximum load allowed through its built-in sockets, and the length and position of the supply cable. Those numbers let your electrician decide whether a nearby general-purpose socket is adequate or whether the pod should have a dedicated fused spur or circuit.

Which sockets and charging ports should you specify?

For UK projects, specify BS 1363 socket-outlets, at least one USB-C port with Power Delivery, and a USB-A port for older devices. That combination covers laptops, phones and headsets without adapters.

UK plugs and sockets are governed by product safety law as well as convention. The Plugs and Sockets etc. (Safety) Regulations 1994 list BS 1363 (plugs and socket-outlets) and BS 1362 (fuse links) among the British Standards they specify (legislation.gov.uk, 1994). Pods made for export are often built with European or universal socket modules, so confirm in writing that UK units will be fitted before production. State the destination country on the order so the correct outlets are fitted.

USB-C has changed what a pod can do for laptop users. According to the USB Implementers Forum (2026), USB Power Delivery was previously limited to 100 W at 20 V using 5 A cables, and Revision 3.1 allows up to 240 W over a full-featured USB-C cable and connector, with fixed voltages of 28 V and 36 V enabling 140 W and 180 W. A pod’s USB-C port is often a lower-rated module than these maximums, so compare its wattage with the chargers supplied with your staff’s laptops.

How does the power cable get into the pod?

The supply cable normally leaves the pod through a grommet at floor or roof level and runs to the nearest suitable socket, floor box or ceiling supply. Agreeing that route early avoids trailing leads and last-minute cutting.

There are three common routes:

• Floor box under or beside the pod. The neatest option on raised access floors. The cable drops through the pod’s base frame into a floor box, and nothing is visible.
• Wall socket behind the pod. Suitable when the pod stands against a wall. The cable exits the back panel at low level and plugs into an existing socket, with a cable cover if any length is exposed.
• Ceiling feed. Used on solid floors in open space, where a ceiling drop or power pole brings the supply to the pod roof. It needs a roof entry point and enough clearance between the pod and ceiling.

Whichever route you choose, check the cable exit position on the manufacturer’s drawing against the floor plan. Pods can often be specified with the cable exit on a particular side. Our office pod specification checklist lists the drawings and electrical details to request at tender stage.

Does a meeting pod need a dedicated circuit?

A meeting pod with a screen, video bar and several laptops may justify a dedicated supply, while a single phone booth rarely does. The decision belongs to a qualified electrician who has seen the pod’s rated input and the existing circuit.

A four-person pod such as our Quad meeting pod (W2200 × D1250 × H2250 mm) may host a wall-mounted screen and up to four laptops. Add a fan, lighting and a booking panel and the load resembles a small meeting room. Larger configurations in the meeting pods range, for six to eight people, follow the same logic. If the nearest circuit already serves a row of desks, the electrician may prefer a new spur or circuit.

In offices, the legal framework is the Electricity at Work Regulations 1989. Regulation 4 states that “all systems shall at all times be of such construction as to prevent, so far as is reasonably practicable, danger”, and requires systems to be maintained to prevent danger (legislation.gov.uk, 1989). BS 7671 is the standard used to show that fixed wiring meets that duty. The IET states that BS 7671:2018+A4:2026 is now the current edition, and that the transition period for Amendment 2 ended on 15 October 2026. Any new or altered fixed wiring for a pod should be designed, installed and certified to the current edition.

The Building Regulations notification scheme for electrical work (Part P in England) applies to dwellings; the Planning Portal lists new circuits and new consumer units among notifiable jobs in homes. Pods placed in a home office or a residential building therefore fall under that scheme if a new circuit is added.

How should data and connectivity be handled?

For phone booths and focus pods, good Wi-Fi coverage at the pod is usually enough. For meeting pods with a screen or room system, plan a wired data point, and consider PoE for devices that can use it.

Acoustic pods are built from layered panels, acoustic felt and glass. They are designed to stop sound, and dense enclosures can also reduce wireless signal strength inside. Test Wi-Fi at the planned pod position with the doors closed during commissioning, and move or add an access point if coverage drops.

A wired RJ45 port inside the pod, cabled back to a floor box or the nearest network outlet, gives a stable connection for a video bar or room PC. Power over Ethernet adds a further option: one cable carries both data and power to a device such as a camera, booking panel or small display. The chart below shows the power available at the device under each PoE type, according to Microchip Technology (2026).

PoE also brings a cabling consideration. Fluke Networks notes that the higher the power, the greater the heat in bundled cables, and that higher cable temperature increases insertion loss, which can cause a link to fail testing or require a shorter run. Your IT or cabling contractor should allow for this when routing several PoE cables to a group of pods.

Power and data options at a glance

The right mix depends on how the pod is used, so specify by pod type rather than adding every option to every pod.

Option	Typical use in a pod	What to confirm with the supplier
BS 1363 socket-outlet	Laptop chargers, monitor, screen	UK units fitted at the factory; number of outlets; maximum load
USB-A port	Phones, headsets, older devices	Output rating per port
USB-C with Power Delivery	Laptops and newer phones without a charger	Wattage per port, matched to the laptops in use
Wireless charging pad	Phones on the desk shelf	Position on the desk, compatibility
RJ45 data port	Video bar, room PC, wired laptop	Cable route to the network outlet; who terminates and tests it
PoE device	Booking panel, camera, small display	PoE type required by the device; switch capacity
Supply cable	Feeds the whole pod	Exit position, length, plug type or hard-wired connection

Where a project needs a specific module, such as an extra data port or a different socket layout, it can usually be built in at production stage through our OEM and custom pod service, which is easier than adding it on site.

Who connects the pod, and what testing applies?

The pod installer assembles the pod and connects its internal wiring harness; a qualified electrician should handle any change to the building’s fixed wiring and confirm the supply is suitable. Splitting the roles clearly avoids gaps at handover.

On site, the usual sequence is: the installer builds the pod, connects the roof, wall and desk modules, and plugs the supply cable into the agreed outlet. Where a new floor box, spur or circuit is needed, the electrician installs and certifies it, ideally before the pod arrives. The data contractor terminates and tests any RJ45 links. Our office pod installation guide covers access, assembly and sign-off in more detail.

After handover, a pod with a plug-in supply is treated like other portable or movable electrical equipment. HSE’s portable appliance testing FAQs (2026) say the law requires equipment to be maintained in a safe condition but does not make annual inspection or testing a legal requirement, and that for most portable equipment in a low-risk workplace a portable appliance test is not needed; user checks and visual inspections are effective there. New equipment should be supplied in a safe condition and does not need a formal test, though a simple visual check is recommended. Add the pod’s supply lead, plug and sockets to your existing inspection routine.

Frequently asked questions

Can an office pod plug into a normal wall socket?

Most phone booths and focus pods can, provided the socket and circuit are suitable for the pod’s rated input and the cable reaches without an extension lead. Ask an electrician to check meeting pods with screens before connection.

Do office pods need PAT testing?

HSE says annual PAT testing is not a legal requirement. Employers must keep equipment safe, and in low-risk offices regular user checks and visual inspections are usually adequate. Follow your organisation’s own maintenance scheme.

Will Wi-Fi work inside a soundproof pod?

Usually, if the pod is near an access point, but enclosed pods can weaken the signal. Test with the door closed at the final position and add a wired data point for meeting pods that run video conferencing.

What lighting is fitted in the pod?

Pods normally have LED lighting powered from the same supply. For guidance on brightness and colour temperature for video calls, see our article on lighting for video calls in phone booths.

Conclusion

Power and data are simple to get right when they are planned with the floor plan: one agreed supply route per pod, UK sockets and suitable USB-C fitted at the factory, and a wired data point where screens are involved. If you are specifying booths or meeting pods, request a quote with your layout and power positions and we will confirm configurations and drawings for each model, starting with the S1 phone booth or the meeting pod sizes you need.

Sources

• legislation.gov.uk – Electricity at Work Regulations 1989, regulation 4 (accessed October 2026)
• legislation.gov.uk – Plugs and Sockets etc. (Safety) Regulations 1994, Schedule 2 (accessed October 2026)
• IET – BS 7671 Wiring Regulations (accessed October 2026)
• Health and Safety Executive – PAT: portable appliance testing FAQs (accessed October 2026)
• Planning Portal – Electrics: Building Regulations general information (accessed October 2026)
• USB Implementers Forum – USB Charger (USB Power Delivery) (accessed October 2026)
• Microchip Technology – Power over Ethernet standards (accessed October 2026)
• Fluke Networks – Four-pair Power over Ethernet and your cabling plant (accessed October 2026)