Simon Electric Vehicle Charging Stations

    Discover the range of free-standing and wall-mounted solutions with a power of 7.4 kW to 44 kW that will enable you to charge your vehicle quickly and safely.

    We have prepared 3 product lines, each dedicated to different conditions – public spaces, households and business zones.

    Simon Xenon

    A modern solution created to build an efficient and ecological charging network in the corporate space.

    Simon Neon

    A solution for charging electric vehicles in public and private parking lots. Easy installation, many functionalities, aesthetics and durability.

    Simon SM34

    Compact, easy to install and practical. They work great with photovoltaic installations and allow you to optimize your charging schedule.

    Parking lots

    Hotels

    Hospitals

    Enterprises

    Shopping centers

    Compact form, maximum comfort

    • Digital icon screen – clear instructions and intuitive operation at your fingertips
    • RFID reader – fast and secure user authorization and the ability to collect fees
    • LED backlight – clear charging status indicator
    • Cable Security System – Protects Against Theft
    • Integrated shutters in type 2 sockets – increased user safety every time you charge

    Master-slave system, up to 13 charging points in one system

    Ready to work in difficult conditions

    User identification system

    Load balancing system

    Safety – Automatic Power Off

    Design – simple lines, slim design, optimal size

    Intelligent power management – always optimal performance

    With the Simon Xenon system, you can fully utilize the available power of your installation and avoid network overloads. The chargers automatically share the energy in a balanced manner – even in configurations of up to 13 devices.

    In larger installations with up to 128 charging points, Simon Electron Manager comes to the rescue – an advanced system that intelligently balances the load and adapts to different types of infrastructure.

    Simon EV Business Mangagement Platform – control and profit in one

    Simon Xenon stations are equipped with a MID meter for each socket, which enables precise measurement of energy consumption, and an RFID reader to identify users.

    Combined with the Simon EV Business platform, you gain full control over the charging process and the ability to monetize charging points – turn your infrastructure into a real source of income.

    A solution ready to work in difficult conditions

    Simon Neon chargers are damage- and weather-resistant elements of small architecture.

    Corrosion, heat, low temperatures – thanks to the AISI 304 stainless steel housing, they are characterized by IP54 tightness standard. They are ready to work where durability is needed.

    The stations meet the IK10 class requirements, which means they can withstand the fall of a 5 kg object from a height of 40 cm.

    Master-slave system, up to 13 charging points in one system

    Ready to work in difficult conditions

    User identification system

    Load balancing system

    Safety – Automatic Power Off

    Design – simple lines, slim design, optimal size

    Aesthetics, functionality and safety

    Simple lines, slim design, optimal size – the chargers are aesthetic and compact, perfectly fitting into the urban space.

    There is a 360º LED indicator at the top of the charging station that lets users know from a distance whether a charger is currently available.

    We focus on safety – if the charger door is opened, the power will turn off automatically. Thanks to a special key, only authorized persons have access.

    Intelligent energy management

    Simon Neon stations adjust power both between charging points and between the sockets of a given charger.

    It is possible to connect stations in a system of up to 13 charging points or 128 sockets, and without additional external components! The load balancing will be handled by the Simon Electron Manager system, which also works offline (it will handle up to 128 charging points in total).

    Ethernet allows you to conveniently upload the configuration, while the optional 4G modem allows you to integrate the chargers with other applications and systems using the OCPP protocol.

    Single-family houses

    Housing communities

    A comprehensive response to the needs of single-familu houses and housing communities

    The compact Simon SM34 charging stations are suitable for single-family houses. They also work in a network with other Simon devices. To create one, all you need is a Simon Electron Manager device controlled by a computer or server.

    The network analyzers available in our offer allow you to constantly balance the load and identify the amount of power available in the installation.

    The charging stations can be mounted directly to a wall or on a vertical bracket. Options are available with a standard IEC 62196 Type 2 socket.

    A practical and complete solution

    MID certified auxiliary meter

    Compatible with other Simon charging stations

    With IEC 62196 type 2 socket

    User identification system

    Full control and configuration via app

    Simon SM34 users use the smartphone app. Via Bluetooth, you can turn on the charging point and set schedules.

    Charging stations work great with photovoltaic installations. After using the PV installation modulator, the application allows you to determine whether the vehicle is to be charged solely with solar energy, energy from the grid or a mix of energy from PV panels and the grid.

    The solutions used allow you to save money by charging the vehicle when the PV panels are operating or when electricity rates are the lowest.

    Key focus on safety and efficiency

    Simon SM34 charging stations meet legal safety requirements.

    Available network analyzers protect against overloads when other devices other than charging points are operating on the power line.

    The offer also includes power modulators that ensure that the power of the charging point is balanced with the overall energy consumption in the home network, so as to avoid excessive consumption of contracted energy.