• Accelerated energy refueling: The 22 kW three-phase delivery significantly reduces vehicle downtime, optimizing the availability of the charging point during the working day.
• Redundant and uninterrupted connection: The simultaneous presence of 4G SIM, Wi-Fi and Ethernet port ensures that the station remains constantly online, preventing authorization blocks even in isolated structures.
• Simplified consumption monetization: RFID and NFC readers instantly identify individual drivers, allowing automatic and secure charging of rates via V2C Payments.
• Electrical grid protection: Dynamic power control modulates charging flows based on the building’s demands, preventing line disconnections due to overload.
• Economic and environmental sustainability: Photovoltaic integration allows the use of self-produced solar energy from panels, reducing grid consumption and eliminating operating costs.
• Centralized data reporting: The V2C Cloud application collects and displays the history of all user charging sessions, facilitating the distribution of company or condominium expenses.

This three-phase charging station is suitable for setting up charging points in public-private company parking lots and in logistics docks intended for commercial fleets, where tracking employee operations is essential. It finds an ideal use in private or shared spaces, such as condominium garages and commercial car parks, contexts where cellular signal shielding requires an Ethernet cable connection to avoid interrupting payment services. It is also suitable for commercial properties equipped with industrial photovoltaic systems, where the primary need is to charge vehicles while maximizing energy self-consumption.

Choosing the h1044_07 model is the correct decision when a high-power station (22 kW) is needed that must operate completely autonomously without depending on the local network infrastructure, using the included 4G SIM card. It represents the recommended investment for businesses requiring multi-user identification via smartphone or physical cards, thanks to the native RFID and NFC modules. It is the ideal solution when installation occurs in indoor or outdoor environments subject to strong temperature fluctuations, as the MVR polycarbonate housing guarantees the structural stability of the device between -25°C and 50°C.

What is the advantage of this 4G station compared to a three-phase charger equipped with only a Wi-Fi connection?

Stations equipped only with Wi-Fi interrupt data transmission and payment management if the local wireless signal is weak or absent, a frequent situation in underground garages. The h1044_06 model solves this problem as it includes 4G technology with a dedicated SIM card and an Ethernet input for a network cable, ensuring that the device is always reachable and operational.

What safety parameters and thermal limits does this MVR polycarbonate station respect?

The device is entirely molded in high-resistance MVR polycarbonate and is designed to work safely within an operating thermal range from -25º C to 50º C. It integrates a dynamic power control system to avoid any electrical overload on the 400 V three-phase line and protect internal circuits during 22 kW sessions.

How does payment management and user identification take place?

Users can enable the charging session by placing an RFID card or a smartphone using NFC technology near the front reader. The station recognizes the user’s identity, starts the charging session by showing the status through RGB lighting, and sends the report to the V2C Cloud multi-platform app, allowing the monetary transaction through the V2C Payments system.