The ZAPPI-2H07UB-G is a 7kW single-phase untethered Type 2 EV charger in black, built for homes that want smart charging, solar integration and a cleaner socketed front.

For domestic properties with a standard single-phase supply, this zappi version suits buyers who want the flexibility of an untethered charger without losing the advanced control features that make the range popular. The untethered black model keeps the front of the unit cleaner between charges because there is no permanently visible cable wrapped around the body. That can make a real difference on prominent elevations, multi-vehicle homes, or properties where the owner prefers to use the cable supplied with the vehicle rather than keep one attached to the charger at all times. Built-in WiFi and Ethernet, CT-based energy monitoring, ECO, ECO+ and FAST charge modes, and the current -G smart charge point compliance package mean the charger still offers the same intelligent charging platform as the tethered versions. The main difference is flexibility, storage choice and the cleaner appearance of a socketed design.

• 7kW single-phase EV charger for 230V domestic supplies
• Untethered Type 2 socket with locking system
• Built-in WiFi and Ethernet for app control and updates
• ECO, ECO+ and FAST charging modes
• Supplied with one CT clamp and 5m cable for single-phase setup
• 6mA DC residual current protection and built-in PEN fault protection
• IP65 enclosure, IK10 impact rating, indoor or outdoor permanent mounting
• Black finish for darker walls and less visually prominent installs

7kW untethered charging for cleaner installations

A 7kW single-phase charger remains the right electrical format for most UK homes, but the untethered layout changes the buying logic. Instead of a permanently attached lead, this version uses a Type 2 socket with locking system, so the charger only presents a clean front when not in use. That is useful where the wall position is highly visible, where a cable left on display would look untidy, or where the household prefers to keep charge leads in the car. It also gives more flexibility over cable selection because the user is not locked into one attached lead length. On homes with more than one EV or where charge-port positions differ between vehicles, that flexibility can be more useful than the convenience of a tethered charger. The socketed format is also easier to keep visually minimal between charging sessions.

Type 2 socket with locking system and cable choice

The untethered zappi uses a Type 2 socket with locking system rather than a fixed lead, which has several practical advantages. It allows the user to choose cable length based on the actual driveway layout rather than accepting the cable attached by the charger manufacturer. It also helps where one household changes vehicles over time or where different drivers may want to use different cables. Because the cable is removable, it can be stored in the car, in a garage or indoors rather than being exposed on the front elevation at all times. That cleaner finish is one of the main reasons buyers choose an untethered charger in the first place. The socket-locking arrangement keeps the cable secure during charging, so the removable lead format does not come at the expense of a proper locked connection while the vehicle is plugged in.

Solar charging, tariff scheduling and wider energy control

What makes zappi stand out is not the socket format on its own, but the control it gives over how charging is delivered. ECO mode continuously adjusts charging current to blend available self-generated power with imported electricity, which helps the vehicle keep charging while still prioritising on-site generation. ECO+ is designed for homes that want to charge only from genuine surplus generation where possible, pausing when there is not enough exported energy available. FAST mode behaves like a conventional full-rate home charger whenever charging speed matters more than energy source. Those modes give the charger real flexibility across different property types. The platform is also designed to work alongside battery storage systems and supports charge scheduling, so it can fit homes that are managing solar production, off-peak import windows and broader household energy demand rather than treating EV charging as a separate task.

Built-in WiFi, Ethernet and app-based monitoring

Connectivity is one of the practical strengths of the current zappi range. Built-in WiFi means many homes can get the charger online without extra hardware, while Ethernet gives a hard-wired option where the route is available and a more fixed connection is preferred. Once connected, the charger can be managed through the myenergi app for mode selection, timer changes and general charge monitoring. Charge and event logging and automatic firmware checking add value over the life of the charger rather than only during initial setup. That matters because a home EV charger is increasingly part of a connected household energy system rather than a simple power outlet. Buyers choosing an untethered charger are often already thinking about aesthetics and long-term flexibility, and the built-in connectivity helps ensure the smarter parts of the platform stay just as straightforward to use as the physical socketed design.

Built-in PEN, 6mA DC protection and load management

From an installation point of view, zappi brings together the protection features expected on a serious domestic EV charger. It includes built-in PEN fault protection and 6mA DC residual current protection with RDC-DD characteristics in accordance with EN 62955. On many PME domestic installs, that built-in PEN arrangement can remove the need for an additional earth rod, which can simplify the charger position and reduce extra site work. Optional dynamic load balancing can also be used to limit current drawn from the unit supply or the grid, which is useful where the property has tighter capacity constraints. The charger is built for indoor or outdoor permanent mounting, and the enclosure is rated IP65 with IK10 impact resistance. Proper circuit design and compliance still sit with the installer, but the charger itself is designed to make a modern single-phase install cleaner and more manageable.

Black finish for darker brick and anthracite details

On an untethered charger, the colour choice stands out even more because the unit is often visible on its own without a cable breaking up the front. The black finish is usually the better visual match for darker brickwork, black cladding, timber features, anthracite windows and darker garage surrounds. Because the face remains cable-free between sessions, the whole installation can look particularly neat on a darker elevation. That is one of the key reasons untethered black chargers are popular on modern domestic builds and more design-conscious retrofits. The charger body measures 438 x 282 x 122mm, so it is not oversized, but colour still affects how prominent it feels on the wall. For homeowners who want a socketed charger that recedes visually rather than drawing attention, the black variant usually suits the surrounding materials more naturally.

Accessories and ecosystem pairings that add value

Single-phase zappi units are supplied with one CT clamp and 5m of cable for the core sensing setup, but the charger can also be expanded into a broader home energy arrangement. The myenergi harvi is useful where hard-wired CT routes are awkward or disruptive. Homes already diverting surplus electricity to hot water can add the myenergi eddi to bring EV charging and domestic energy diversion into the same ecosystem. Where a wall location is not practical, the zappi pedestal offers a freestanding mounting route. Buyers comparing this model with alternatives across the home EV chargers range will often find that zappi makes more sense as soon as solar, future battery plans or more difficult parking layouts become part of the project brief.

Should you choose untethered or tethered?

Choose the untethered black version when the property suits a darker charger finish and the household wants a socketed design that stays visually cleaner between sessions. That is often the more practical route on visible front elevations, multi-vehicle homes, or properties where cable length flexibility matters. A tethered version is usually more suitable when the car parks in the same place every day and the main priority is the fastest possible plug-in routine with no loose cable handling. The white untethered version keeps the same socketed format and core electrical specification but suits lighter walls and paler external finishes more naturally. Within the myenergi range, the main decision for single-phase zappi buyers is usually about use pattern and visual finish rather than core charging performance, because the underlying smart charging platform remains consistent across the family.

FAQs about the 7kW untethered black zappi

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