Zachary Dinndayal Morgan 
An elegant aluminum and fabric structure incorporates solar panels and Art Deco design, transforming outdoor environments by providing both shade and illumination for diverse functions.
5 key facts about this project
01
Solar panels are seamlessly integrated into the umbrella structure for energy efficiency.
02
The design incorporates Art Deco geometry, enhancing aesthetic appeal in outdoor settings.
03
Weather-resistant fabric provides durability while allowing for customizable graphics.
04
LED fixtures are embedded for functional nighttime illumination, enhancing usability.
05
The aluminum frame offers both lightweight construction and robust structural integrity.
General keywords
The Sombra Umbrella is an innovative architectural project designed to redefine outdoor space usage through the integration of shading, lighting, and environmental sustainability. Its design is grounded in both functionality and visual appeal, resulting in a structure that serves practical purposes while enhancing the aesthetic value of its surroundings. By employing advanced materials and technology, this project positions itself as a forward-thinking solution for modern outdoor environments.
Unique Functionality and Versatility
The Sombra Umbrella stands out due to its dual functionality. Unlike traditional umbrellas typically used for shade, this design incorporates solar panels that collect energy during the day. This energy is then utilized to power embedded LED lighting, transforming the umbrella into a functional light source at night. This shift from a basic shelter to a multifunctional element addresses contemporary needs for both comfort and technology integration within outdoor spaces.
The architectural form of the Sombra Umbrella is influenced by the Art Deco movement, showcasing clean lines and geometric patterns that add sophistication to its design. The structure exhibits a robust framework, primarily constructed from aluminum for strength and durability. Weather-resistant fabric, specifically polyester and vinyl, is utilized for the canopy, ensuring longevity even in varied environmental conditions.
Innovative Material Usage
A significant aspect of this project is its commitment to sustainability demonstrated through material choices and energy efficiency. The integration of solar panels not only reduces energy consumption but also encourages the use of renewable energy sources in architectural design. Additionally, the careful selection of materials such as glass, aluminum, and energy-efficient LED fixtures highlights an emphasis on modern construction practices that prioritize both durability and environmental impact.
The characteristics of the design contribute to its uniqueness in the market. For instance, the ability to blend aesthetics with practical utility sets the Sombra Umbrella apart from conventional outdoor structures. Its appealing visual design combined with functional elements addresses the evolving expectations of users engaged in outdoor activities.
Call to Action
For a more comprehensive understanding of this architectural project, including its intricate design elements and technical details, interested parties are encouraged to explore the architectural plans, sections, and designs related to the Sombra Umbrella. This project exemplifies how innovative design can transform standard outdoor structures into multifunctional and visually appealing components of public and private spaces.
Unique Functionality and Versatility
The Sombra Umbrella stands out due to its dual functionality. Unlike traditional umbrellas typically used for shade, this design incorporates solar panels that collect energy during the day. This energy is then utilized to power embedded LED lighting, transforming the umbrella into a functional light source at night. This shift from a basic shelter to a multifunctional element addresses contemporary needs for both comfort and technology integration within outdoor spaces.
The architectural form of the Sombra Umbrella is influenced by the Art Deco movement, showcasing clean lines and geometric patterns that add sophistication to its design. The structure exhibits a robust framework, primarily constructed from aluminum for strength and durability. Weather-resistant fabric, specifically polyester and vinyl, is utilized for the canopy, ensuring longevity even in varied environmental conditions.
Innovative Material Usage
A significant aspect of this project is its commitment to sustainability demonstrated through material choices and energy efficiency. The integration of solar panels not only reduces energy consumption but also encourages the use of renewable energy sources in architectural design. Additionally, the careful selection of materials such as glass, aluminum, and energy-efficient LED fixtures highlights an emphasis on modern construction practices that prioritize both durability and environmental impact.
The characteristics of the design contribute to its uniqueness in the market. For instance, the ability to blend aesthetics with practical utility sets the Sombra Umbrella apart from conventional outdoor structures. Its appealing visual design combined with functional elements addresses the evolving expectations of users engaged in outdoor activities.
Call to Action
For a more comprehensive understanding of this architectural project, including its intricate design elements and technical details, interested parties are encouraged to explore the architectural plans, sections, and designs related to the Sombra Umbrella. This project exemplifies how innovative design can transform standard outdoor structures into multifunctional and visually appealing components of public and private spaces.
