# Atelier Manferdini Wraps Dominion Energy Substation in Pixelated Ceramic and Aluminum A multi-layered architectural envelope conceals utility equipment in Arlington County’s National Landing district. - **Source:** [architecture archives | designboom | architecture & design magazine](https://brifing.si/source/1e716da2-18e6-4704-96a6-818e7860b99f) - **Published:** 2026-11-04 - **Topic:** [Business](https://brifing.si/c/business) - **Original article:** - **On Brifing:** https://brifing.si/s/0518647f-0b4b-40fd-acb2-fa2adf1ecd5c ## Infrastructure Meets Civic Design Dominion Energy commissioned the inVisible project to upgrade its Crystal Substation in Arlington County, Virginia. Designed by Atelier Manferdini, the structure replaces aging equipment to support rising energy demands in the National Landing area. The intervention prioritizes aesthetic integration, concealing utilitarian power conversion hardware behind a sophisticated, multi-layered architectural envelope. ## Algorithmic Ceramic Tile Facade The lower plinth utilizes glazed ceramic tiles in three distinct modular dimensions: two, four, and six inches. Atelier Manferdini employed custom scripts within the Processing coding environment to generate a ten-hue gradient layout. These synthetic glitching patterns are intended to visually represent the internal step-down voltage conversions occurring within the substation. ## Dynamic Aluminum Rain-screen System The upper band of the facade features folded, monochromatic anodized aluminum panels. These angular, origami-inspired folds are engineered to catch daylight and cast shifting shadows across the metallic surface throughout the diurnal cycle. This material choice provides a stark visual contrast to the pixelated ceramic datum located directly beneath the panels. ## Programmable Nighttime Lighting Integration Integrated RGB LED arrays are embedded into the facade to animate the site perimeter after dark. These systems modulate both light intensity and color temperature to wash across the ceramic and aluminum surfaces. The lighting design transforms the utilitarian utility site into a dynamic civic landmark during the evening hours. ## Engineering and Local Collaboration The project was executed through a collaboration between Atelier Manferdini and the local project engineer, Dewberry. Beyond the primary ceramic and aluminum elements, the construction incorporates custom painted precast concrete to ensure structural integrity. This partnership ensured that complex architectural vision aligned with the rigorous technical requirements of energy infrastructure. ## Urban Context and Site Constraints Located at the intersection of South Hayes Street and South Fern Street, the substation occupies a high-visibility urban corner. The design addresses the challenge of placing heavy industrial equipment within a dense, developing district. By utilizing a multi-tiered facade, the project effectively mitigates the visual impact of essential power conversion machinery. ## Materiality and Visual Weight The envelope is bifurcated into two horizontal zones that differ significantly in texture and visual weight. The lower ceramic section provides a grounded, pixelated appearance, while the upper aluminum section offers a lighter, reflective quality. This material strategy creates a balanced aesthetic that responds to the surrounding urban environment of Crystal City. ## Strategic Infrastructure Upgrades The inVisible project demonstrates a modern approach to utility infrastructure, where aesthetic value is treated as a core project requirement. By prioritizing design alongside capacity expansion, Dominion Energy sets a precedent for integrating industrial facilities into growing urban centers. This approach balances functional necessity with the need for high-quality public space. ## Sources covering this story - https://www.designboom.com/architecture/pixelated-ceramic-tiles-folded-aluminum-electrical-substation-facade-virginia-atelier-manferdini-invisible/ — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._