In a context where electric mobility is reshaping our cities, the Dielco Charging Station emerges as an architectural proposal that fuses sustainability, technology, and well-being. Inspired by the serenity of a forest and the vastness of a starry sky, this innovative charging station transforms both the user experience and the urban imagery traditionally associated with electric infrastructure.
Its biomimetic design recreates an artificial grove: certified wooden structures rise like "trees," filtering light through tenzoflex membranes that form a dynamic ceiling. A programmable LED lighting system simulates the natural rhythm of daylight, creating a changing, poetic, and functional atmosphere. This design gesture not only humanizes the space but turns it into a point of contemplation within the urban flow.
With sustainability at its core, every element of the charging station has been conceived to minimize environmental impact. The use of recyclable materials, a modular design that allows for future expansion, and the integration of low-energy technologies reflect a responsible and adaptable approach to evolving energy demands.
Beyond its technical function, the Dielco Charging Station offers a haven for travelers. The environment evokes a sense of serenity, inviting users to take a meaningful pause along their journey. It is a space that recharges not only vehicles but also people—a sensory experience that redefines the relationship between user, technology, and environment.
This project embodies a vision of the future in which urban infrastructure becomes an ally to collective well-being and ecological balance. By integrating nature and innovation, Dielco introduces a new typology of charging station: an architecture that not only addresses the present but also envisions—and helps build—a more harmonious tomorrow.
Materials Used:
High-efficiency outdoor LED luminaires from brands such as Flos, iGuzzini, Delta Light, or Louis Poulsen, with high-performance drivers from Tridonic, Philips Xitanium, or Osram Optotronic. IP65/IP67 rated, 3000K–4000K color temperature, CRI>90. Controlled via DALI or 0–10V systems. Mounted using Hilti MQ anchors. Electrical conduit using PMT-type conduit piping and weatherproof boxes from Taymac or Leviton.
Type 2 charging stations (IEC 62196) from ABB Terra AC, Schneider EVlink, Wallbox Pulsar Plus, or EVBox Elvi. Power output from 7.4 to 22 kW, single-phase or three-phase connection, IP54/IP65 rated. Integration with load management systems (OCPP 1.6/2.0). Mounted on galvanized metal structures, fixed with Hilti HUS3-H expansion anchors. Power supply via THHN-type cables from Prysmian or Condumex.
High-durability adhesive vinyl graphics using 3M IJ180mC with 3M 8518 protective laminate. Panels made of Alucobond® Plus aluminum composite. Structural profiles in 18-gauge galvanized steel with electrostatic paint by Axalta or PPG Envirocron. Assemblies with Gesipa rivets and SikaTack® Panel structural adhesives.
Self-leveling epoxy floor coatings such as Sika Sikafloor®-263 SL or Pintuco Epoxacril, designed for high traffic and chemical resistance, 2–3 mm thickness. Water-based acrylic wall paints like Pintuco Aqua or
Sherwin-Williams Harmony, low VOC. Reflective safety tapes: 3M Scotchlane 471 or Kairos Tapes, anti-slip, engineering grade. Application using Graco airless sprayers or Pentrilo rollers.
Use of recycled structural-grade pine wood, grade A, treated for outdoor use with Xylazel Sol Lasur or Sikkens Cetol HLSe. Assembly with galvanized anchor bolts (Fischer FAZ II) and SPAX® T-Star Plus structural screws. FSC or PEFC certified. Reinforced with metal plates and stainless-steel components suitable for outdoor exposure.
Outdoor LED display screens from LG XE4F Series, Samsung OHF Series, or Unilumin. Features: LED backlighting,
FHD or 4K resolution, anti-reflective tempered glass front from AGC Glass, anodized aluminum housing with IP56/IP65
protection. Support structures made of 304 stainless steel. Content management using Novastar or BrightSign software.
Smart lighting control systems using the KNX protocol (Jung, Gira, ABB) or DALI (Tridonic, Lutron, Helvar). Automation
via mobile devices or central control systems. Integration with motion sensors from Legrand or Steinel and astronomical timers for energy efficiency.
Electrical conduit installation using reinforced PVC (Condutec) or metallic PMT piping. Weatherproof accessories from
Leviton and IP66-rated junction boxes. Certified THWN-2 wiring from Condumex or Nexans, color-coded and UV-marked.
Protection using thermal-magnetic breakers from Schneider, ABB, or Eaton.
Benches, signage, and decorative light poles made of stainless steel AISI 304 or cast iron, coated with Axalta powder paint. Suppliers include Magourmet, Urbanika, SiteScapes. Anchoring with base plates and Hilti HIT-RE 500 V3 chemical anchors. Finishes in teak wood or recycled plastic (Plastwood).
Concept development and architectural design using BIM platforms such as Autodesk Revit and ArchiCAD, parametric
modeling with Rhino + Grasshopper, and photorealistic rendering with Lumion or Enscape. Sunlight and ventilation analysi
s via ClimateStudio or Ladybug Tools. Material selection based on low environmental impact and high durability: natural
stones, FSC-certified wood, and ventilated façades like Equitone.
