ev-product

Scalable AC Charging for Destination Charging Networks

CHARGESTORM® CONNECTED 3 (CC3) is CTEK's commercial AC charging product family built for destination charging networks. Designed for reliability, connectivity, and scalable deployments, CC3 enables organisations to deploy EV charging infrastructure that grows with demand while supporting long-term performance and lower total cost of ownership.

Supporting the latest EV charging technologies, including Plug & Charge and V2G, CC3 is designed with cybersecurity in mind to support secure, connected charging environments.

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See it in Action

Watch a short overview of how CHARGESTORM® Connected 3 supports scalable destination charging installations.

Who CC3 is Designed for

CC3 is typically deployed in installations ranging from 10 to 2000 charging points, with scalable load management supporting future expansion while maintaining reliable charging uptime across sites. 

Typical users include:

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Charge Point Operators (CPOs)

managing charging networks

Parking  operators

   introducing EV charging across parking facilities

Municipalities and
local authorities

expanding public charging infrastructure

Workplaces and commercial property owners

supporting employees and visitors

Fleet  operators   

electrifying operational vehicles

Built for  Destination Charging

EV charging often occurs while vehicles are parked for extended periods, at workplaces, parking facilities, retail locations, and transport hubs.

These locations require charging capable of supporting multiple vehicles while managing available site electrical capacity.

CHARGESTORM® Connected 3 is designed specifically for destination charging environments where reliability, scalability, and efficient power management are essential.

AC charging enables organisations to deploy more charge points across sites while optimising available electrical capacity, helping reduce overall infrastructure costs.

Key Capabilities.

The CC3 product family combines industrial-grade hardware with a scalable system architecture, designed for reliable operation across demanding environments.

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Dual 22kW  Charging

Dual AC outputs maximise use of available parking spaces, with single output models available to suit different site requirements.

Scalable Load Management

Load balancing enables multiple chargers to share available electrical capacity.

Open Platform Connectivity

Integration with EV charging management systems through open communication protocols.

Commercial-Grade Hardware

Engineered for dependable operation in demanding commercial environments where charging uptime is essential.

Future  ready

Supports V2G and Plug & Charge authentication, enabling seamless user access and preparing infrastructure for future energy integration.

Dual 22kW  Charging

Dual AC outputs maximise use of available parking spaces, with single output models available to suit different site requirements.

Scalable Load Management

Load balancing enables multiple chargers to share available electrical capacity.

Open Platform Connectivity

Integration with EV charging management systems through open communication protocols.

Commercial-Grade Hardware

Engineered for dependable operation in demanding commercial environments where charging uptime is essential.

Future  ready

Supports V2G and Plug & Charge authentication, enabling seamless user access and preparing infrastructure for future energy integration.

Designed for Long-Term Operation

EV charging installations must operate reliably for years while adapting to evolving software platforms and regulatory requirements. Long-term charging infrastructure performance plays a critical role in reducing operational risk and lowering total cost of ownership.

CC3 supports long-term operation through: