Along the edge of the paving, a slim outdoor charging post stands with a narrow steel body and a warm line of light running through it. The form reads more like a designed object than a utility fixture, with the cable hidden behind steel doors and the front kept deliberately clean. In daylight, the profile stays discreet. After dark, the LED accent gives the post a clear presence without breaking the line of the driveway or garden path.

A slim profile with visible restraint

The body is measured and vertical: 1,152 mm high, 154 mm wide, and 186 mm deep. Those proportions keep the post slender beside brickwork, paving, and planted edges. The charging electronics sit in a separate inner cabinet, which helps preserve the compact outer shell. That split construction is visible in the way the outside keeps its calm surface while the technical core is hidden away. It is a design EV charging post that uses proportion, not excess detail, to make its point.

Colour choices shape the look without changing the basic outline. The post is available in Imperial Black, Cotton White, Midnight Blue, and Medusa Green. Each version changes how the steel catches light against stone, gravel, or tiles. In the images, the darker finishes sit quietly beside brick and planting, while the white version reads more sharply against the paving. The result is a charging post with LED accents that can stay understated or become a stronger visual marker, depending on the setting.

Front panels that change the surface, not the form

The front plate can be finished in teak, natural stone, or marble. Those materials add texture where the rest of the housing stays plain, and that contrast is what gives the post its character. A teak panel brings visible grain and a warmer tone; stone and marble read cooler and denser. The opening at the front is shaped like a recessed zone, so the panel sits within a controlled frame instead of competing with it. On the page, the design EV charging post keeps the same outline while the face can shift from one material mood to another.

Cable storage is handled with the same discipline. The integrated charging cable disappears behind steel doors, which keeps the exterior free of loose hooks or exposed loops. In the photographs, that hidden compartment supports the narrow silhouette and leaves the LED strip to do the visual work. It is a slim outdoor charging post, but it still deals with the practical side of daily use. The visible front stays composed, while the mechanics remain easy to reach when needed.

Light as a working detail

The warm LED accent is not treated as decoration after the fact. It traces the edge of the post and lights the front zone in a way that makes the opening legible in the evening. In the darker images, the glow is strongest where the body shifts inward, which helps the user read the form at a glance. That same light also softens the steel surface when the post is placed beside rough gravel, rectangular paving, or brick. As a charging post with LED accents, it uses illumination to clarify the object rather than to dress it up.

RFID secure charging and connected control

The technical side is built for managed access. RFID secure charging comes standard, so the post can be activated with authenticated use rather than open access. OCPP support allows it to connect with charging platforms for broader management, which places the unit in a more controlled setup than a standalone charger. For projects where access and oversight matter, that mix of local security and network connection is central to the way the post is positioned. The design stays visible, but the system behind it is prepared for supervision.

Integration can also run through energy management systems and home automation setups. The source mentions KNX, Loxone, Crestron, and Qbus, as well as Modbus, MQTT, and a REST API. That range suggests a post that can sit inside a larger technical framework without changing its external language. The page does not promise more than that; it simply shows a design EV charging post that is ready to connect when the project calls for it. For site planning, that flexibility can matter as much as the surface finish.

ISO 15118 and the next step in charging

ISO 15118 support brings plug and charge into the picture, along with bidirectional charging support. Those functions point to how the post is set up for newer charging workflows, but they remain tied to the technical specification rather than to marketing language. The important part here is that the post is not presented as a closed system. It is described as ready for a changing set of charging standards, while the exterior keeps its precise steel shell and narrow proportions. That balance between visible form and evolving capability runs through the whole project.

Load balancing for EV charging is part of the specification too, which matters when the installation has to work alongside other electrical demand or solar input. The unit can charge in three-phase AC mode from 3.7 to 13.5 kW, and that range gives the technical system room to respond to the site rather than forcing one fixed output. A built-in differential module, rated at 6 mA DC plus 30 mA AC, is included, and the MID energy meter supports monitoring and billing of charging sessions. The visible object is slim; the hidden system is set up to carry the load.

Installation details that keep the site neat

The separate inner cabinet measures 450 × 315 × 155 mm, which keeps the outer housing compact while leaving room for the technical parts inside. An optional concrete base adds integrated fixing points and cable pass-throughs, making the installation cleaner to read around the base. In the photos, the post sits comfortably beside paving, gravel, and planted edges because the ground connection is kept simple. That matters for a freestanding object: the way it meets the surface affects how lightly it sits in the landscape or driveway.

Personalisation is also part of the design language. A logo can be laser-engraved on the front plate and lit subtly with LED, turning the face into a quiet sign rather than a loud badge. That option is especially relevant in architectural projects or on business sites where the charging point needs to belong to the setting as well as to the system. The post can therefore carry material variation, colour, light, and identity in one restrained frame. It remains a design EV charging post, but one that makes room for a project-specific reading.

Where the post works best

The images show the unit in outdoor settings with brick walls, rectangular paving, gravel, and low planting. Those surroundings suit the post because its steel body stays vertical and narrow against more textured materials. It can stand on a residential driveway, by a garden path, or in a more formal parking area where the charging point should not feel visually heavy. The design EV charging post does not need a large footprint to be noticed; the LED line, the recessed front, and the material options do most of the work.

What makes the project clear is the way every visible decision supports a hidden function. The cable is concealed. The electronics are separated. The colour can change, the front plate can shift, and the logo can be engraved without disturbing the silhouette. Around that calm outline sits RFID secure charging, OCPP enabled charging, ISO 15118 plug and charge, bidirectional charging support, and load balancing for EV charging. The post is built to serve a technical brief, but it presents that brief with the discipline of an object designed to stay in view.