If you’re someone who likes to have complete control over your charger, at V2C we’re proud to announce that the Modbus TCP communication protocol is now available on our Pole Pro electric vehicle charger. A solution designed to offer maximum control and efficiency in managing electric charging. With this new update, users can enjoy fully customised control over their charger, optimising its operation according to their specific needs.

In this article, we’ll explain everything you can do with Modbus TCP on your Pole Pro charger and how this technology can improve your day-to-day life.

What is Modbus TCP/IP communication?

The Modbus TCP/IP communication protocol is a variant of the Modbus protocol, widely recognised and used in industrial automation. This communication protocol is simple, neutral, and has been designed for the monitoring and control of automation equipment. Specifically, Modbus TCP/IP focuses on messaging within an Intranet or Internet environment, using TCP/IP protocols.

Common uses of Modbus TCP

The most common use of the Modbus TCP/IP protocol is for the Ethernet connection of PLCs, input/output (I/O) modules, and “gateways” to other fieldbuses or simple I/O networks. In this way, this protocol allows internet connectivity to our chargers. The versatility of Modbus TCP/IP has made it a standard in automation, facilitating connectivity between different equipment and devices.

The implementation of Modbus TCP/IP on Pole Pro opens new possibilities for control and customisation for users, making the management of electric charging more efficient and secure.

Pole Pro with Modbus TCP: a car charger for public spaces with complete control

Pole Pro incorporates the latest technology to offer an intelligent, robust, and customisable charging experience according to the needs of multiple users. In addition to the latest updates to this powerful model, such as its integration with photovoltaic energy and card payments, Pole Pro now also includes Modbus TCP communication.

Modbus TCP now available with the latest Pole Pro software update

This new update is available to all Pole Pro users. You simply need to install the latest version to control the settings and always know the status of the charger, wherever you are.

What actions can you perform with Pole Pro’s new Modbus TCP communication?

The integration of the Modbus TCP protocol in Pole Pro allows users to perform a series of actions that optimise the charging process.

Some of the most notable features include:

• Pause or resume charging: Full control over the charging status, allowing you to pause or resume charging as needed.
• Lock and unlock the charger: Ensures the security of your device by remotely locking or unlocking it.
• Activate or deactivate the charging programme: Flexibility to manage charging schedules and adapt them to your needs.
• Adjust the charging intensity: Precise adjustment of charging intensity to optimise energy use.
• Activate or deactivate dynamic control: Allows dynamic management of charging, adapting to the conditions of the electrical grid.
• Activate or deactivate V2C Payments: Facilitates payment management through the V2C Payments platform.
• Activate or deactivate the OCPP protocol: Seamless integration with public or private charging management systems and networks.
• Set a minimum or maximum intensity: Allows you to set intensity limits to protect the electrical installation and the vehicle.

The versatility of the new Modbus TCP communication with Pole Pro offers perfect control, adapting to any usage situation and ensuring safety and efficiency at all times. You can view the necessary data to perform all these communications with Modbus TCP in our Pole Pro Modbus TCP chart.

What data can you access with Pole Pro’s new Modbus TCP communication?

Pole Pro with Modbus TCP not only allows you to perform actions but also to obtain detailed information about the charging status and device operation. Some of the data you can access include:

• Charging status: Accurate information about the charging status (Waiting, connected, or charging).
• Charging power in watts: Real-time monitoring of charging power, ensuring efficient energy management.
• Charging energy in kWh: Detailed record of charging energy.
• Charging time in seconds: Exact tracking of charging time for more precise management.
• If charging is paused: Information on whether the charging is paused, allowing full control at any time.
• Check the charger’s lock status: Security guaranteed with the ability to check if the charger is locked or unlocked.
• Current charging intensity: Real-time data on charging intensity.
• Dynamic control status: Information on the status of dynamic control, whether active or not, crucial for efficient energy management.
• Payments status: Verification of the V2C Payments status, ensuring smooth and secure payment processing.
• OCPP status: Information on the activation of the OCPP protocol, essential for integration into charging networks.
• Minimum or maximum intensity: Detailed control of intensity limits, protecting both the installation and the vehicle.

The ability to access and analyse this data provides users with a level of control and security that is hard to match, making Pole Pro a superior option in the electric vehicle charger market. In the Pole Pro Modbus TCP chart, you can see how to obtain all the information from this charger.

At V2C, we continue to work to enhance your experience with your Pole Pro

At V2C, we are always working to provide you with the best charging solution with optimal performance for your electric vehicles by implementing new features in our products. The implementation of Modbus TCP communication in Pole Pro enhances the efficiency and security of your charging points, making it the best option for shared charging in public and private spaces.