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Ideal for

  • Homes that prefer a socketed charger and separate cable storage
  • Drivers using different cable lengths or replacing cables independently
  • Solar PV households using surplus generation
  • Single-phase properties needing 7kW charging
  • Pale render, white fascias or lighter brickwork

Works well with

  • Type 2 EV charging cables
  • Solar PV systems
  • Time-of-use electricity tariffs
  • myenergi harvi wireless sensor
  • myenergi eddi power diverter

The ZAPPI-2H07UW-G is a 7kW single-phase untethered Type 2 EV charger in white, built for homes that want smart charging, solar integration and a cleaner socketed look.

For domestic properties with a standard single-phase supply, this version of zappi suits buyers who want the flexibility of an untethered charger while keeping the unit visually light on pale walls and visible front elevations. The white untethered model is often chosen where the homeowner wants the charger to sit neatly against render, lighter brick or painted masonry without a fixed black cable left on show between sessions. 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 rest of the family. What changes here is the front-end format and the way the installation looks after the charge cable has been unplugged, which can be just as important as the electrical specification on more design-sensitive homes.

  • 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
  • White finish for render, pale masonry and cleaner-looking elevations

7kW untethered charging for single-phase homes

A 7kW single-phase charger is the normal and appropriate choice for most domestic EV charging in the UK because it matches the electrical supply found on the majority of homes and provides the overnight charging performance most drivers need. On this untethered version, the real difference is how the charger behaves physically on the wall. Without a permanently attached cable, the unit stays visually simple between sessions and gives the user the freedom to plug in only when charging is actually needed. That suits households that prefer a tidier frontage, want to keep the cable with the vehicle, or value the ability to choose cable length separately. It can also be a practical route where more than one vehicle may use the charger over time. The charger still delivers the same smart platform as the tethered versions, but in a socketed format that gives more day-to-day flexibility.

Type 2 socket and a cleaner front between charges

Choosing untethered is often less about technical compromise and more about how the charger fits the property. The Type 2 socket with locking system gives a secure charging connection while allowing the cable to be removed and stored when the session ends. That can make the installation look neater, especially on front elevations, rendered walls and more carefully designed domestic exteriors. A socketed charger also gives flexibility over cable choice because the user is not tied to one permanently attached lead length. That matters where parking positions vary, where a longer or shorter lead may be preferred, or where the household already wants to use the cable kept with the vehicle. On homes where appearance matters as much as charging performance, the untethered format is often the feature that makes the charger feel more considered and less intrusive once installed.

Solar charging, ECO modes and off-peak scheduling

zappi earns its reputation through energy control rather than simple power output alone. ECO mode adjusts the charging rate continually so the vehicle can charge from a blend of exported self-generated energy and imported supply. ECO+ goes further by charging only when there is enough surplus generation available, pausing when that surplus falls away. FAST mode gives the familiar behaviour of a conventional home EV charger whenever the priority is to replenish the vehicle as quickly as possible. Those three modes make the charger suitable for very different households, from homes with large solar arrays to homes that mainly want to schedule charging around cheaper off-peak periods. The platform is also built to work alongside battery storage systems, which helps it sit naturally inside broader home energy strategies rather than operating as a separate standalone appliance.

WiFi, Ethernet and smart control built in

The current zappi platform includes both WiFi and Ethernet, which removes the need for additional hardware simply to access remote smart charging functions. WiFi can be enough on straightforward domestic installations with good router coverage, while Ethernet gives installers a more stable wired route where needed. Through the myenergi app, users can change charging modes, set timers and monitor activity without using the charger’s front buttons for every adjustment. Charge and event logging and automatic firmware checking add practical value throughout the life of the charger. That matters because smart charging features only help if they stay accessible after installation rather than becoming features nobody uses. For households choosing an untethered charger because they want a simpler-looking installation, built-in connectivity also helps keep the overall system straightforward by avoiding extra visible accessories and unnecessary complication.

Built-in PEN and DC protection for domestic installs

Protection is one of the reasons zappi remains a credible option with installers. The charger includes built-in PEN fault protection and 6mA DC residual current protection with RDC-DD characteristics in accordance with EN 62955. On many PME installations, that built-in PEN arrangement can remove the need for an additional earth rod, which helps keep the installation simpler and cleaner around the charger position. Optional dynamic load balancing can also be used to limit the current drawn from the unit supply or the grid where the property needs closer capacity management. The charger is designed for permanent indoor or outdoor mounting and carries an IP65 enclosure rating with IK10 impact resistance. Proper circuit design and regulation compliance still sit with the installer, but the charger itself is well equipped for modern single-phase domestic work where safety and installation neatness are both priorities.

White EV charger for render and pale exteriors

The white finish is the main visual reason to choose this version over the black untethered model. On light render, cream brick, white-painted walls and newer domestic façades with a cleaner architectural style, the white body can look less dominant and more integrated once fixed in place. That matters especially on an untethered charger because the body remains visible on its own without a wrapped cable softening the outline. A darker charger can appear more like a deliberate feature, while a white unit often blends in more quietly with the wall surface. The charger body measures 438 x 282 x 122mm, so it is compact enough for domestic use, but finish still makes a noticeable difference to the visual result. For front-of-house installs and pale exteriors, the white untethered format is often the neatest-looking version in the range.

System add-ons and approved internal links

The supplied single CT clamp and 5m lead give the charger the current-sensing hardware needed for its core smart charging functions, but the system can be extended where the property needs more capability. The myenergi harvi is useful where CT wiring routes are awkward and a wireless sensing solution makes installation tidier. Homes already using surplus power for hot water can add the myenergi eddi to bring those loads into the same ecosystem. Where no suitable wall is available, the zappi pedestal provides a freestanding mounting option. Buyers looking across the wider home EV chargers category will usually find that zappi becomes more compelling as soon as solar, future battery plans or appearance-sensitive installations start to matter as much as basic charging speed.

Choosing between white or black, untethered or tethered

Choose the white untethered version when the wall finish is light, the household wants a cable-free appearance between sessions, and the flexibility of a separate lead is more important than the convenience of a permanently attached one. That combination is often particularly suitable on render, white-painted masonry and front elevations where appearance matters. The black untethered model keeps the same socketed format and electrical capability but changes the visual fit for darker exteriors. A tethered zappi is more suitable when the household values the quickest possible plug-in routine and the vehicle usually parks in the same place every day. Within the myenergi range, the underlying smart charging platform stays consistent on single-phase zappi, so the real decision is about wall finish, cable handling and how the charger will feel to live with after installation.

FAQs about the 7kW untethered white zappi

Does the ZAPPI-2H07UW-G include a charging cable?

No. This is the untethered version, so it has a Type 2 socket rather than a permanently attached lead. The user connects a separate charging cable when charging and removes it again afterwards.

Why choose untethered instead of tethered?

Untethered suits buyers who want a cleaner-looking charger between sessions, prefer to use the cable supplied with the vehicle, or want more flexibility over cable length. Tethered suits households that want the quickest everyday plug-in routine.

Can it still use solar surplus charging?

Yes. The untethered and tethered single-phase zappi variants share the same core smart charging platform, including ECO, ECO+ and FAST modes and CT-based energy monitoring. The difference is the socket format and the way the charger is used physically.

What does the -G suffix mean here?

The -G suffix identifies the current UK smart charge point variant with the built-in tamper detection arrangement used for compliance. It is the correct UK-market version rather than an earlier non -G model.

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