Building with white façade featuring porcelain and glass insulators, metal mesh plinth, and construction cranes in the background.

A modern building façade with a white plaster surface adorned with numerous porcelain and glass insulators, creating a textured pattern. The structure has a rectangular form with a taller, copper-colored section on top. The lower part of the building is surrounded by a metal mesh plinth. Construction cranes are visible in the background, under a clear blue sky.

Modern building with white facade and circular elements, surrounded by taller residential buildings.
White facade with porcelain and glass insulators casting shadows, under a cloudy sky.
White building facade with porcelain and glass insulators against a cloudy sky.
White building facade with porcelain and glass insulators, metal mesh, and plants.
White building façade with porcelain and glass insulators casting shadows, and a section of expanded metal mesh at the bottom.
Building facade with porcelain and glass insulators casting shadows, and metal mesh design below.
Building corner with porcelain and glass insulators in geometric patterns and metallic cladding.
Map highlighting a specific area marked with the number '1' near a river.
Elevation drawing of a building with two large rectangular towers and a long horizontal section, featuring a dotted pattern on the facade.
Technical drawing of a facade with small elements arranged in a pattern.
Three wireframe models of insulators, two in blue and one in red, on a white background.

Story

An Artistic Overlay of Technology and Nature

The Kelenföld Electrical Substation stands as a testament to the harmonious blend of technology and art in the heart of Budapest. Originally constructed in the 1960s, this vital infrastructure has undergone a modern transformation, not just in its electrical capabilities but in its visual presence. The façade, now adorned with 3,500 porcelain and glass insulators, serves as a dynamic canvas where natural analogies and technological elements converge.

This innovative design, orchestrated by GUBAHÁMORI, critiques contemporary architecture's relationship with ornamentation. The insulators, sourced from existing warehouses, are strategically placed to create a kinetic shadow composition that evolves with the sun's movement, offering a living artwork that changes throughout the day. The façade's off-white plaster, treated with an anti-algae coating, provides a pristine backdrop for these elements, ensuring longevity and minimal maintenance.

  • Integration of 3,500 porcelain and glass insulators

  • Kinetic shadow composition influenced by sunlight

  • Critique of ornamentation in contemporary architecture

  • Use of existing materials from the electricity provider's warehouses

  • Off-white plaster façade with anti-algae coating

Feature Description
Location Budapest, Hungary
Architect GUBAHÁMORI
Year Completed 2023
Materials Porcelain, glass, aluminum, plaster
Client ELMŰ Hálózati Kft

Technical Summary

Finishes

  • plaster: The entire facade of the building is covered with off-white plaster with an anti-algae coating.

Materials

  • porcelain — Used as insulators on the facade.
  • glass — Used as insulators on the facade.
  • metal — Used in the expanded metal mesh plinth around the building.

Construction / Systems

  • facade system: The facade is adorned with porcelain and glass insulators, spaced a few centimeters from the facade to prevent dirt streaks.
  • structural system: The facade design considers main load-bearing and building physics constraints, with a strictly engineered structure hidden by randomness.

Products

  • insulators — Porcelain and Glass Insulators — by Unspecified (Used as decorative and functional elements on the facade.)

Palette / Lighting

  • Colors: off-white
  • Lighting: The facade creates a kinetic shadow composition influenced by sunlight.

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