Commercial EV Charging Built for Scale and Reliability

The Easee Charge 22 kW is a smart commercial EV charger designed to support organisations deploying electric vehicle charging across workplaces, public facilities, and fleet environments. Engineered and manufactured in Norway, it combines high charging capacity with intelligent power management, allowing sites to deliver reliable charging without overstressing their electrical infrastructure.

Compact in size yet capable of delivering up to 22 kW on three-phase supplies, the unit is suited to both single-bay installations and large, multi-charger deployments. Its design focuses on long-term scalability, enabling businesses and institutions to expand their charging provision as EV adoption grows, without requiring a complete redesign of the electrical system.

22 kW Three-Phase Charging with Automatic Power Adjustment

Easee Charge supports charging outputs from 1.4 kW up to 22 kW, dynamically adapting to either single-phase or three-phase supplies depending on site conditions. This flexibility allows it to be deployed across a wide range of commercial premises, from smaller sites with limited capacity to locations with full three-phase infrastructure.

The charger automatically adjusts current draw in real time, ensuring that available power is used efficiently while protecting upstream circuits from overload. For fleet and shift-based operations, this enables vehicles to charge faster than standard socket-based solutions, improving vehicle availability without requiring costly electrical upgrades.

Dynamic Load and Phase Balancing Across Large Installations

A core feature of the Easee Charge platform is its ability to dynamically balance electrical load across multiple chargers connected to the same supply. Up to 101 chargers per circuit can communicate with one another, distributing available power intelligently based on demand.

This load and phase balancing operates both online and offline, meaning charging remains safe and stable even if network connectivity is temporarily lost. For busy commercial environments where usage varies throughout the day, this ensures consistent operation while maximising the number of vehicles that can charge simultaneously.

Access Control and Accurate Energy Tracking

Each Easee Charge unit includes an integrated RFID reader and built-in energy meter, enabling controlled access and precise measurement of electricity consumption. RFID cards or fobs can be assigned to individual users, allowing organisations to manage who can charge and when.

The internal energy meter provides usage data with a stated accuracy of ±2%, supporting fair cost allocation for staff, visitors, or tenants. Because authorised RFID credentials are stored locally on the charger, access control continues to function even if the charger is temporarily offline.

Integrated Safety and Regulatory Compliance

Safety is embedded into the Easee Charge design through integrated electrical protection systems. The charger includes a Type A RCD with 6 mA DC detection, electronic earth fault protection, and temperature sensors on all main power contacts to monitor operating conditions during charging.

The enclosure is rated IP54 for weather resistance and IK10 for impact protection, supporting installation in outdoor and public-facing locations. The charger is UKCA and CE certified and complies with the Electric Vehicles (Smart Charge Points) Regulations 2021, ensuring suitability for use across UK commercial installations.

Always-Connected Operation and Centralised Management

Every Easee Charge 22 kW unit is equipped with built-in Wi-Fi and an integrated 4G eSIM, providing continuous connectivity for monitoring, configuration, and software updates. This connectivity allows chargers to remain managed remotely while reducing the need for on-site intervention over their operational lifetime.

Chargers are administered through the Easee Portal, where site operators can view charging activity, energy usage, firmware status, and user access from a single interface. For larger sites, dedicated network configurations such as Wi-Fi mesh or wired connections can be implemented to maintain synchronised operation across all chargers.

Resilient Operation During Network Interruptions

Easee Charge is designed to maintain safe and predictable operation even when internet connectivity is unavailable. Core functions such as load balancing, phase balancing, and RFID authorisation continue to operate locally on each unit.

This offline capability is particularly important for commercial environments where continuity of service is critical. Charging sessions can continue without disruption, and the system automatically resynchronises once connectivity is restored.

Integration with On-Site Energy Systems

The Easee Charge platform supports integration with on-site energy systems when paired with the Easee Equalizer. This enables charging demand to be balanced against overall site consumption, helping to manage available capacity more effectively.

For sites with renewable generation or storage, this capability supports more intelligent use of available energy by aligning vehicle charging with wider site demand. Charging schedules can also be configured to align with time-of-use tariff periods where applicable.

Compact Design with Long-Term Durability

Weighing approximately 1.5 kg, the Easee Charge is significantly smaller than many traditional commercial chargers, reducing material use without compromising performance. Its compact form factor allows it to be installed discreetly across car parks, depots, and public spaces.

The enclosure is engineered for year-round outdoor use, with IP54 protection against dust and water ingress and IK10 impact resistance. Built in Norway for harsh environmental conditions, the charger is designed to operate reliably across a wide temperature range.

Future-Proof Infrastructure with Easee Ready Backplates

Easee’s modular Ready Backplate system supports phased infrastructure deployment. Charging bases can be installed in advance across a site, with full chargers added later as demand increases.

This approach allows developers and facilities managers to minimise upfront investment while retaining the flexibility to expand charging capacity without additional cabling or major electrical works. Chargers can be added, relocated, or deactivated as site requirements change.

Commercial Applications Across Multiple Sectors

Easee Charge is widely used across commercial, institutional, and public-sector environments where reliable and manageable EV charging is required. Its combination of scalability, access control, and load management makes it suitable for sites with varied usage patterns.

Typical applications include workplace car parks, fleet depots, healthcare facilities, educational campuses, and public or retail parking locations, where charging demand must be balanced alongside other building loads.

Why LAMPS Recommends Easee Charge

At LAMPS, we supply and support Easee Charge because it offers a proven balance of performance, safety, and scalability for UK commercial installations. Its compliance with UK smart charging regulations and its ability to grow alongside demand make it a dependable long-term solution.

For organisations planning EV charging as part of wider sustainability or fleet strategies, Easee Charge provides a flexible platform that reduces operational complexity while supporting future expansion.

Easee Charge 22 kW – Frequently Asked Questions