What the Sync Energy Pro Charger Twin Wall Mounted 2 x 7.4kW EV Charger is

Sync Energy Pro Charger Twin Wall Mounted 2 x 7.4kW EV Charger is a wall-mounted dual-socket AC charger for commercial and managed charging environments. The exact SKU in this row is EVPCWSM27BGR-01, which corresponds to the single-phase wall-mounted twin-socket model with 4G connectivity, RFID, and MID metering, without the integrated contactless payment terminal. That exact identification matters because the wider Pro Charger family also includes three-phase 2 x 11kW models, bollard-mounted versions, and payment-terminal variants.

For specifiers, the difference is commercially significant. A site that needs controlled access, app integration, monitoring, and dual charging may not need public contactless payment. Equally, a single-phase site may not be able to use or justify the 11kW three-phase models. EVPCWSM27BGR-01 is the variant that fits the simpler but still highly capable commercial brief.

Who it suits

This exact charger suits workplaces, depots, staff parking areas, managed residential parking, hospitality venues, and destination locations with a single-phase supply that want two AC charging outlets in one enclosure. It is particularly relevant where the site wants dual charging capability with managed access and usage measurement, but does not need a built-in public payment terminal on the charger itself.

It can also suit phased rollouts. Some sites start with a smaller charger count but still want the infrastructure to feel purposeful and scalable from day one. A twin commercial charger on the wall can often deliver a tidier and more capable first installation than placing two separate residential-style units side by side.

Key features and practical benefits

• Dual untethered Type 2 socket outlets with autolock.
• Single-phase charging at up to 2 x 7.4kW.
• 4G connectivity, RFID access, and integrated MID meters as standard on this SKU family.
• Built-in 30mA Type A RCD with 6mA DC protection.
• Built-in MCB overcurrent protection and PEN fault protection.
• IP65 enclosure with IK10 body rating and stainless steel plus polycarbonate construction.
• Loop-in and loop-out input terminations up to 35 mm² cable.
• 5-year on-site warranty.

The commercial value is clear. Dual sockets increase charger availability without requiring two separate bodies, which can save wall space and simplify the visual layout of the site. Built-in metering and RFID support help the site manage access and track usage, while 4G connectivity makes the charger easier to deploy where LAN is unavailable or inconvenient.

Another strong buyer benefit is that the charger is already aligned with common commercial expectations. MID metering, controlled access, and durable enclosure construction are not afterthoughts here. They are core parts of the product. That makes the charger easier to justify on projects where the buyer needs something more capable than a home charger but does not want to jump straight to a more complex rapid or DC solution.

Technical details that matter in practice

The technical data published for the twin wall-mounted Pro Charger range lists EVPCWSM27BGR as the wall-mounted single-phase version with 4G and MID metering. The installation guide for the exact product code family lists EVPCWSM27BGR as Wi-Fi, LAN, 4G, and RFID equipped, with EVPCWSM27BGRP as the payment-terminal version. The charger uses twin Type 2 sockets with autolock and is supplied as a dual wall charger for 230 to 240V single-phase input.

Published electrical details include maximum input of 100A on 220 to 240V, built-in 30mA AC Type A and 6mA DC RCD protection, PEN fault protection, overvoltage protection, weld detection, and temperature monitoring. The unit also supports daisy-chain installation with input cable sizes up to 35 mm², which is important on projects where multiple units may be installed on the same site and the installer wants a cleaner cable routing strategy.

The housing specification is also part of the commercial case. The datasheet lists IP65 ingress protection, IK10 body rating and IK08 screen rating, with stainless steel and polycarbonate construction. Dimensions are published as 625 x 333 x 210mm. Those figures tell the buyer that this is a site-ready commercial unit rather than a repurposed domestic charger.

Installation and site considerations

EVPCWSM27BGR-01 is designed for competent electrical installation on a single-phase commercial or managed site supply. Because it is a twin-socket unit, site planning matters. Wall position, parking geometry, socket reach, vehicle dwell times, and user movement all affect whether a twin charger is the right answer versus two separate units or a bollard-mounted format. On many sites, a twin wall charger is the more space-efficient option, but it should still be located so both sockets are genuinely useful.

The unit is compatible with Sync Energy CT clamps and balancer products, which is important where site load management is needed. Load balancing and wider supply planning should be considered early, especially on sites likely to expand. A charger like this can be a sensible starting point for an installation that will later grow into a larger managed estate.

The product is also app-integrated, with the installation guide referencing Monta app setup for charger connection and management. That matters because it helps the site move beyond simple energisation and towards a more usable managed charging experience.

Why this exact variant may be the right choice

EVPCWSM27BGR-01 is the right Pro Charger Twin when the site is single-phase, needs two untethered sockets, and wants built-in 4G, RFID, and MID metering without paying for an integrated payment terminal that may not be needed. That exact balance is common on workplaces, staff parking, fleet support areas, and managed sites where access is controlled internally rather than sold directly to the public.

Compared with the EVPCWSM27BGRP variant, this model is simpler operationally because it omits the payment terminal. Compared with the three-phase 2 x 11kW versions, it fits single-phase electrical infrastructure and longer dwell-time charging patterns. Compared with two separate single-socket units, it consolidates two charge points into one enclosure and one wall footprint.

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