How many charging points can Arm Unit manage simultaneously?

MyBox Arm Unit can simultaneously manage and dynamically control up to 200 charging points. This makes it an ideal solution for large corporate campuses, logistics centers, public parking facilities, and residential complexes with extensive charging infrastructure.

How does cloud management and remote control work via Arm Unit?

Arm Unit is permanently connected to the MyBox cloud platform via secure Ethernet. You can remotely monitor the status of all charging stations, change configurations, update firmware, track consumption, and generate reports. The cloud platform also enables charging priority settings and scheduling.

Why does Arm Unit use Ethernet instead of WiFi?

When managing tens to hundreds of charging points, communication reliability and stability are crucial. Ethernet provides deterministic latency, is not susceptible to interference, and guarantees a stable connection even in demanding industrial environments. For critical infrastructure, wired connectivity is the industry standard.

How does Arm Unit respond to sudden grid load changes?

Arm Unit monitors grid load in real time and can respond flexibly within seconds. When consumption in the building suddenly increases, it immediately reduces charging station power; when consumption drops, it automatically increases power. This dynamic regulation protects the grid from overload without manual intervention.

How does Arm Unit handle charging prioritization between stations?

Arm Unit allows setting priorities for individual charging points. When available power is insufficient, the system automatically allocates energy to higher-priority stations and reduces power at less important points. Priorities can be set statically or dynamically changed via the MyBox cloud platform according to current operational needs.

What are the installation requirements for Arm Unit in the distribution panel?

Arm Unit is installed in the distribution panel and requires 24 V DC power supply with a maximum consumption of 12 W. The module has compact dimensions of 70 × 90 × 60 mm, metal construction with IP20 protection rating, and operates in a temperature range of -25 to 85 °C. An Ethernet connection to the local network is required for communication.

MyBox Arm Unit

Control unit for large installations

Let MyBox manage your electrical grid and you will never have your circuit breakers trip due to charging again.

MyBox Arm Unit features

IP20

Protection

-25 to 85 °C

Operating temperature

Cloud connection

Cloud management

Manage up to 200 points

Scalable solution

IP20

Protection

-25 to 85 °C

Operating temperature

Cloud connection

Cloud management

Manage up to 200 points

Scalable solution

Features

Efficiency and features

For efficient energy distribution, it is crucial to adjust charging power according to the current load and grid capacity.

MyBox Arm Unit monitors total consumption and passes measured values to charging station control units, maximizing the utilization of charging points and eliminating the need for manual power limitation.

Levý pohled na modul pro dynamické řízení výkonu nabíjecí stanice MyBox Arm Unit

Application

Suitable for complex infrastructure

MyBox Arm Unit is ideal for managing up to 200 charging points simultaneously and can control them according to their current load. This is a perfect solution for large-scale fleet management, which thanks to our unit and cloud services will be simpler than ever.

When operating with high-power appliances or industrial machines, the module prevents grid overload thanks to its ability to flexibly respond to changes in consumption. It also offers advanced features such as charging station prioritization.

Pravý pohled na modul pro dynamické řízení výkonu nabíjecí stanice MyBox Arm Unit

Solar management

Harness the power of the sun

For efficient use of energy from photovoltaic panels, MyBox Arm Unit is indispensable. The control unit can operate in various modes, for example charging only from surplus or combining grid and PV energy.

In the era of growing numbers of electric vehicles, this module is a key technology for managing charging processes in industrial areas and public spaces.

Technical specifications

MyBox Arm Unit

Overview

AC voltage: 24 V DC
Max. output power: 12 W

Basic data

Protection rating: IP20
Surface material: Metal
Operating temperature: -25 to 85 °C
Dimensions (W x H x D): 70 x 90 x 60 mm
Weight: 198 g

Technology

Communication: Ethernet
Protocols: HTTP, HTTPS, MQTT, Modbus/RTU

Frequently Asked Questions

Need help?

Write to us or call. Our team is always available for you.

Efficiency and features

For efficient energy distribution, it is crucial to adjust charging power according to the current load and grid capacity.

Suitable for complex infrastructure

Harness the power of the sun

In the era of growing numbers of electric vehicles, this module is a key technology for managing charging processes in industrial areas and public spaces.

MyBox Arm Unit

MyBox Arm Unit features

Efficiency and features

Suitable for complex infrastructure

Harness the power of the sun

Technical specifications

Overview

Basic data

Technology

Frequently Asked Questions

01How many charging points can Arm Unit manage simultaneously?

02How does cloud management and remote control work via Arm Unit?

03Why does Arm Unit use Ethernet instead of WiFi?

04How does Arm Unit respond to sudden grid load changes?

05How does Arm Unit handle charging prioritization between stations?

06What are the installation requirements for Arm Unit in the distribution panel?

Need help?

MyBox Arm Unit

MyBox Arm Unit features

Efficiency and features

Suitable for complex infrastructure

Harness the power of the sun

Technical specifications

Overview

Basic data

Technology

Frequently Asked Questions

01How many charging points can Arm Unit manage simultaneously?

02How does cloud management and remote control work via Arm Unit?

03Why does Arm Unit use Ethernet instead of WiFi?

04How does Arm Unit respond to sudden grid load changes?

05How does Arm Unit handle charging prioritization between stations?

06What are the installation requirements for Arm Unit in the distribution panel?

Need help?