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Ideal for

  • Workplaces adding multiple charge points
  • Apartment and mixed-user parking sites
  • Fleet or depot charging environments
  • Sites that need RFID access and energy tracking

Works well with

  • Easee Equalizer
  • RFID cards and tags
  • Easee Control
  • OCPP 1.6J-compatible management platforms

Easee Charge 22kW for scalable workplace and site charging

Easee Charge 22kW is a commercial charging platform designed for sites that need more than a single stand-alone charger. It is aimed at environments such as workplaces, apartment developments, public car parks and fleet locations where the number of charging bays may grow over time and where access control, usage tracking and intelligent load management matter as much as charging power itself. The charger uses an untethered Type 2 socket and supports up to 22kW on a three-phase TN supply, while also adapting to other supported supply arrangements.

The central advantage of this model is that it is built to scale. Instead of treating each charger as an isolated device, Easee Charge is designed to communicate locally with other chargers on the same site. That helps the installation behave like a coordinated charging system rather than a collection of separate wallboxes. For site operators, that matters because electrical capacity is often one of the biggest constraints on EV charging rollout.

Why the 22kW commercial format matters

A 22kW AC charger is relevant where the site has three-phase infrastructure and wants faster destination charging than a domestic 7.4kW wallbox can provide. On compatible vehicles and supply arrangements, that can make it easier to serve staff, visitors or fleet vehicles during shorter dwell times. At the same time, Easee Charge does not force every site into a one-size-fits-all setup, because it can also operate across other supported supply types depending on the electrical infrastructure available.

The untethered Type 2 socket is also the right fit for shared-use environments. A fixed lead may be convenient at home, but in commercial settings it often creates more wear, clutter and cable handling issues. A socketed charger keeps the installation cleaner, makes user access more straightforward and reduces the chance of a permanently attached lead being left untidy or damaged.

Load balancing, phase balancing and site growth

Easee describes one of the main strengths of the Charge platform as intelligent energy management. The chargers communicate locally via radio or Wi-Fi to load and phase balance available energy, while a queuing system keeps track of charging order. In practice, that means the site can make better use of the electrical capacity it already has rather than requiring immediate oversizing every time more chargers are added.

The official specification page states unlimited chargers per site, which shows how the platform is positioned: it is intended for multi-bay growth. For a workplace or residential development, that matters because adoption often happens in stages. A site may start with a small number of bays and then expand as demand increases. Using a platform that is already designed for that growth makes the overall infrastructure easier to manage.

Automatic adjustment of charging speed based on available current and automatic phase balancing are also listed in the official specification, helping the site share capacity more intelligently when required.

Access control, metering and management

Commercial charging is rarely only about the hardware on the wall. It is also about who can use it, when they can use it and how energy use is recorded. Easee Charge includes a built-in RFID/NFC reader for access control and a built-in energy meter rated at ±2%. Those two features are especially useful where charging access is restricted to staff, residents, authorised vehicles or allocated users.

The charger also supports OCPP connectivity and can be used with the Easee App and Easee Control for oversight and management. That helps the product fit a wider commercial ecosystem instead of being limited to basic local use. For many sites, that kind of management compatibility is what turns the hardware into a workable charging service rather than a set of sockets on the wall.

Protection, physical design and installation relevance

Easee Charge combines commercial functionality with a compact physical format. The official page lists dimensions of 256 × 193 × 106 mm and a weight of 1.5 kg, which is unusually compact for a site charger platform. That can help on projects where visual impact, pedestal spacing or wall space matter.

The charger is rated IP54 for dust and water protection and IK10 for impact resistance. Easee also lists integrated earth fault protection, multiple built-in temperature sensors and overload protection. For external car parks, shared parking areas and more public-facing environments, those details matter because the charger needs to cope with weather exposure and heavier day-to-day use than a typical home unit.

Who it suits best

  • Workplace and office car parks planning to expand charging over time.
  • Apartment developments and shared parking areas using access-controlled charging.
  • Fleet, depot and mixed-user sites that need metering and RFID control.
  • Installations that need coordinated load and phase balancing across several chargers.

Easee Charge 22kW FAQs

Is Easee Charge tethered?

No. It is an untethered commercial charger with a Type 2 socket.

Does it support access control?

Yes. The charger includes a built-in RFID/NFC reader for controlled user access.

Can it be used across multiple bays on one site?

Yes. Easee positions the platform for scalable multi-charger sites with local load and phase balancing and unlimited chargers per site.

Products specifications

Attribute name Attribute value
Dimensions 170 x 200 x 100mm
Weight 4.3Kg (excluding wall bracket)
Voltage 230 V AC (�10%)
Charging power 1.4�22 kW
Number of Phases 1 or 3 (fully dynamic)
Connection point Type-2 socket (IEC 62196-2)
Mains Frequency 50/60 Hz
Ingress protection IP54 (IP22 without cover)
Impact resistance IK10
Insulation class II
Overvoltage category III
Fire Class UL94

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