Erdenebilguun Besuud Gongor 
Combining a heat-reflective stucco facade with integrated solar panels and a vertical wind turbine, this residential design enhances energy efficiency while seamlessly connecting indoor and outdoor spaces for modern living.
5 key facts about this project
01
The design incorporates a bent A-frame, enhancing structural integrity and aesthetic flow.
02
Heat-reflective stucco significantly reduces heat absorption, contributing to energy efficiency.
03
Integrated solar panels and a vertical wind turbine promote renewable energy use on-site.
04
Large decorative screens provide ventilation and shade while adding visual interest to the facade.
05
Native landscaping complements the architecture, supporting local biodiversity and climate adaptation.
General keywords
The project "White Falcon Passive House" presents a thoughtful architectural design focused on sustainability, energy efficiency, and harmony with the surrounding environment. Located in a tropical setting, the structure employs passive house principles to minimize energy consumption while maximizing comfort for its residents. The design integrates various elements that emphasize natural light, ventilation, and the use of locally sourced materials.
The architectural layout includes a balance of open and private spaces. The layout organizes the living areas on the first floor, promoting interaction and accessibility. Large windows and sliding doors connect these spaces to the outdoor environment, creating a seamless transition between inside and outside. Bedrooms are strategically positioned on the second floor, allowing for privacy while providing expansive views of the landscape.
Unique Design Approaches
The "White Falcon Passive House" distinguishes itself through its innovative roof design, which features multiple slopes that facilitate rainwater runoff and enhance natural ventilation. This roof shape supports the overall aesthetic while playing a functional role in managing the effects of the local climate. The use of heat-reflective finishes for the roof further enhances the home’s energy efficiency by reducing heat absorption.
Incorporating renewable energy technologies, the design integrates solar panels and a vertical wind turbine, showcasing its commitment to sustainable living. These features not only minimize the energy footprint of the home but also contribute to its autonomy from non-renewable energy sources. The project also utilizes a light-colored stucco for the exterior, promoting thermal comfort through its reflective properties.
Sustainability and Community Integration
The broader site development adopts native landscaping techniques, ensuring that the surrounding flora complements the architecture while enhancing the ecological footprint. This approach promotes biodiversity and creates natural shading around the premises. The architecture harmonizes with local cultural elements, drawing from traditional Middle Eastern styles while applying modern interpretations to create a visually cohesive design that fits the community context.
For a deeper understanding of the architecture and design principles at play in the "White Falcon Passive House," readers are encouraged to explore the project's architectural plans, sections, and designs. These elements provide valuable insights into the project's innovative concepts and execution.
The architectural layout includes a balance of open and private spaces. The layout organizes the living areas on the first floor, promoting interaction and accessibility. Large windows and sliding doors connect these spaces to the outdoor environment, creating a seamless transition between inside and outside. Bedrooms are strategically positioned on the second floor, allowing for privacy while providing expansive views of the landscape.
Unique Design Approaches
The "White Falcon Passive House" distinguishes itself through its innovative roof design, which features multiple slopes that facilitate rainwater runoff and enhance natural ventilation. This roof shape supports the overall aesthetic while playing a functional role in managing the effects of the local climate. The use of heat-reflective finishes for the roof further enhances the home’s energy efficiency by reducing heat absorption.
Incorporating renewable energy technologies, the design integrates solar panels and a vertical wind turbine, showcasing its commitment to sustainable living. These features not only minimize the energy footprint of the home but also contribute to its autonomy from non-renewable energy sources. The project also utilizes a light-colored stucco for the exterior, promoting thermal comfort through its reflective properties.
Sustainability and Community Integration
The broader site development adopts native landscaping techniques, ensuring that the surrounding flora complements the architecture while enhancing the ecological footprint. This approach promotes biodiversity and creates natural shading around the premises. The architecture harmonizes with local cultural elements, drawing from traditional Middle Eastern styles while applying modern interpretations to create a visually cohesive design that fits the community context.
For a deeper understanding of the architecture and design principles at play in the "White Falcon Passive House," readers are encouraged to explore the project's architectural plans, sections, and designs. These elements provide valuable insights into the project's innovative concepts and execution.
