Well-known French designer creates futuristic look for HRS hydrogen refueling station
The H2 station prototype was recently unveiled at COP28. France-based leading European designer and manufacturer of hydrogen refueling stations, HRS (Hydrogen Refueling Solutions), has unveiled a prototype H2 station designed by Philippe Starck. It was recently presented at the COP28 climate summit in Dubai as part of the Green Zone. The innovative station features a stainless-steel casing. Starck designed the hydrogen refueling station – HRS by Starck - to be encased in a polished, mirror-like stainless-steel box. A window on the side of the casing displays the station’s interior. The window…
The H2 station prototype was recently unveiled at COP28.
France-based leading European designer and manufacturer of hydrogen refueling stations, HRS (Hydrogen Refueling Solutions), has unveiled a prototype H2 station designed by Philippe Starck. It was recently presented at the COP28 climate summit in Dubai as part of the Green Zone.The innovative station features a stainless-steel casing.
Starck designed the hydrogen refueling station – HRS by Starck - to be encased in a polished, mirror-like stainless-steel box. A window on the side of the casing displays the station’s interior. The window features a color-changing dichroic glass panel. The futuristic yet minimalist design is reportedly a nod to hydrogen’s invisibility. According to Dezeen, Starck explained the goal of his design is to be “almost invisible”, to emphasize the fuel supplied by the station takes the form of a colorless gas. “Hydrogen is clean; it is nothingness, the ether,” said Starck. “HRS by Starck is elegant and intelligent energy, at the service of hydrogen,” the designer added, “which is the minimum that gives the maximum, serving people and the future.” [caption id="attachment_62023" align="aligncenter" width="1200"]
Credit: Photo by depositphotos.com[/caption]
In addition to his work with HRS, Starck is also known for furniture design and architecture as well as marine and aerospace engineering.