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e-Charger balancing

Static power control across multiple e-Chargers

Static power control across multiple e-Chargers (balancing between e-Chargers) is an advanced solution that efficiently distributes available energy among all chargers. This allows total power to be automatically allocated across the chargers, thereby preventing network overloads and maximising the use of available energy.

This feature is especially useful in locations with power limitations, whether due to the wiring infrastructure or the site’s limited electrical capacity, as it automatically adjusts the chargers’ power to suit the installation constraints.

Additionally, it enables installation scalability, allowing equipment to be added as needed.

This system operates on a local network, making it completely independent of the chargers’ internet connection. Its advanced communication system not only reduces installation communication costs but also offers extensive flexibility without requiring complex configurations.

Connect your e-Charger balancing to the sun

Photovoltaic integration

What e-Charger do you use for performing static power control?

Trydan

Trydan Pro

Pole Pro

Table Of Contents
  1. Balancing between e-Chargers with Trydan and Trydan Pro
  2. e-Charger balancing with Pole Pro
  3. Need technical support?

Balancing between e-Chargers with Trydan and Trydan Pro

To simplify configuration and ensure more efficient monitoring of the installation, it is recommended to have Internet access, even though it is not strictly required. When using multiple e-Chargers with dynamic control, it is important that all devices are connected to the same local network to make the most of their performance via Internet connection.

Ways to connect multiple Trydan and Trydan Pro units

Option 1: Router Connection (WiFi or Ethernet)

In this configuration, it is not enough for the devices to be on the same local network; they must also be connected through a single router with internet access. All devices involved in energy management must share the same gateway defined by that router.

For WiFi connections, ensure that the network is stable at each e-Charger. The Master device must be connected to the router via Ethernet to ensure proper load balancing.

If the router does not have enough ports, it must be linked to a hub or central switch that has enough ports to connect all charging points.

Option 2: Serial Connection

The serial connection is made using wiring connected to the charger’s Control Board.

RJ45 Port
A and B terminals

NOTE: Regardless of whether the devices are connected to the Internet or not, this communication will take priority over local network communication.

While the e-Chargers are synchronizing, the V2C logo on the front panel will light up and flash purple. Once synchronization is complete, the color changes depending on the charging status.

e-Charger balancing with Pole Pro

Although an internet connection is not mandatory, it is recommended for improved system monitoring and easier setup. If you choose to connect the e-Chargers to the internet for enhanced dynamic control between multiple e-Chargers, all devices must be connected to the same local network.

Installation should be performed by qualified and competent technical personnel, fully responsible for ensuring compliance with current installation regulations and standards.

Available connection options for multiple Pole Pro

Option 1: Shared router with 4G or fibre

In this setup, a shared router with a 4G connection or an existing fibre network must be used to interconnect all devices on the same local network. This router must also have an identical gateway for all devices needing energy balancing.

For a standard installation, a router that generates the local network is required. This router must connect to a central hub or switch with enough ports for all e-Chargers. In smaller installations with enough Ethernet ports on the router, no hub is needed; the connection is directly to the router.

TCP/IP connections should follow a star topology, with each charger connected to its own network cable. UTP cable has a maximum length of 100 metres. If a longer distance is required, fibre optics should be used.

Option 2: WiFi connection

Provided there is adequate coverage, WiFi can also be used to connect to the router. The only requirement is that the connection is stable and reliable for all e-Chargers.

Option 3: Serial connection

Lastly, serial connection of charging points is possible, saving Ethernet cable and simplifying installation. A Split-Ethernet device, which can be purchased separately from Pole Pro, is used for this purpose.

This device connects the Ethernet cable to the e-Charger input. It includes a USB connector for the designated port and two Ethernet ports: one for the incoming installation cable and the other for the cable extending to the next charger.

Router
Control board
Connection to the control board
UTP Cable (max. 100 m)
Ethernet
USB

The connection runs from the router to the first splitter, as shown in the image. This splitter is connected to the power board via an Ethernet cable and a USB cable. Subsequently, a UTP cable extends from the splitter to the next Pole Pro. This is the schematic that the connections will follow all the way to the last device in the chain. For this last device, a splitter is not necessary; the UTP cable can be connected directly to the control board.

Configuration and Activation of Static Power Control for Multiple e-Chargers in V2C Cloud

Among all connected charging points, you can enable e-Charger balancing only on the devices you choose. To prioritise a specific charger and exclude it from balancing, simply leave the function disabled on that device.

To enable load balancing between multiple e-Chargers, access the V2C Cloud app from your smartphone or computer and add the chargers. Then, activate dynamic power control on all the chargers.

Make sure the power control type is set to ‘Static’. Next, select the number of e-Chargers you want to balance, and then choose the mode for each e-Charger: Master or Extra.

Once power control is activated and configured on all charging points, the Master will automatically recognize all connected and active chargers on the network as Extras.

Additionally, there is a feature called ‘List of devices (extras)’, which allows you to see a list of all secondary devices it communicates with, along with detailed information about each one.

Customise power control to maximise your energy

Customising power control is essential to maximise efficiency. Adjusting charge profiles to meet your specific needs not only conserves energy but also optimises overall consumption. Precise configuration of charge profiles offers control over charge timing and intensity, significantly reducing energy costs.

Correct configuration is crucial for maximising the benefits of power control.

How to customise power control?

Need technical support?

Submit a request in the Technical Support Centre, and we’ll contact you as soon as possible to provide the best solution.

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