A facade inspired by fish scales formed from integrated photovoltaic panels defines a home that seamlessly adapts to the desert climate while promoting energy efficiency and sustainable living.
5 key facts about this project
01
Façade integrates photovoltaic panels designed to mimic fish scales for energy generation.
02
Ground-level open plan connects seamlessly with landscaped outdoor spaces.
03
Underground water reservoir enhances temperature regulation and supports sustainability.
04
Green roof design maximizes insulation and reduces thermal gain in a desert climate.
05
Strategically positioned overhangs provide shade while maintaining natural light indoors.
General keywords
Aqua Fin House is an architectural project situated in Dubai that exemplifies a harmonious blend of modern design with sustainable practices. Reflecting the region's historical connection to the water, this structure is characterized by its unique façade that mimics the scales of a fish, serving both an aesthetic and functional purpose. The project is designed to adapt to the local climate while fostering a seamless interaction between indoor and outdoor spaces.
Sustainable Design and Features
Aqua Fin House incorporates an array of sustainable design features that elevate its functionality. The prominent “fish scale” panels are not only visually distinctive but also function as photovoltaic solar panels, generating renewable energy for the household. This approach reflects a commitment to reducing energy consumption and promoting self-sufficiency. The inclusion of a green roof and expansive overhangs serves to mitigate heat gain while enhancing thermal comfort. Additionally, the thoughtful landscaping surrounding the structure contributes to biodiversity and establishes a visual linkage to the aquatic environment.
Detailed Planning and Layout
The project employs an open-plan layout, optimizing the use of space across both the ground and first floors. On the ground level, the integration of social spaces allows for fluid movement between indoor and outdoor areas, designed to foster community and family interactions. Private areas are strategically located on the upper level, ensuring both seclusion and enjoyment of views over the landscaped surroundings. Comprehensive water management strategies feature prominently in the design, including a concealed underground water tank which aids in temperature regulation, supporting the project's sustainability goals.
Innovative Use of Materials
The material palette of Aqua Fin House is central to its architectural language. Concrete and glass are utilized to ensure structural integrity and allow for extensive natural light, contributing to the overall aesthetic. Metal elements in the façade add a modern touch, while wooden details provide warmth and contrast. This careful selection of materials underlines the project’s intention to achieve a balance between durability and comfort, aligning with contemporary standards in architecture.
The Aqua Fin House serves as a pertinent example of innovative design approaches in modern architecture. Its focus on sustainability, adaptive use of space, and a strong connection to its environmental context distinguishes it from conventional residential projects. For a deeper understanding of its architectural plans, sections, and designs, readers are encouraged to explore the project presentation. Engage with the detailed architectural ideas that influenced this unique and thoughtful residential design, and gain insight into a project that meets contemporary living standards while respecting its ecological and cultural environment.
Sustainable Design and Features
Aqua Fin House incorporates an array of sustainable design features that elevate its functionality. The prominent “fish scale” panels are not only visually distinctive but also function as photovoltaic solar panels, generating renewable energy for the household. This approach reflects a commitment to reducing energy consumption and promoting self-sufficiency. The inclusion of a green roof and expansive overhangs serves to mitigate heat gain while enhancing thermal comfort. Additionally, the thoughtful landscaping surrounding the structure contributes to biodiversity and establishes a visual linkage to the aquatic environment.
Detailed Planning and Layout
The project employs an open-plan layout, optimizing the use of space across both the ground and first floors. On the ground level, the integration of social spaces allows for fluid movement between indoor and outdoor areas, designed to foster community and family interactions. Private areas are strategically located on the upper level, ensuring both seclusion and enjoyment of views over the landscaped surroundings. Comprehensive water management strategies feature prominently in the design, including a concealed underground water tank which aids in temperature regulation, supporting the project's sustainability goals.
Innovative Use of Materials
The material palette of Aqua Fin House is central to its architectural language. Concrete and glass are utilized to ensure structural integrity and allow for extensive natural light, contributing to the overall aesthetic. Metal elements in the façade add a modern touch, while wooden details provide warmth and contrast. This careful selection of materials underlines the project’s intention to achieve a balance between durability and comfort, aligning with contemporary standards in architecture.
The Aqua Fin House serves as a pertinent example of innovative design approaches in modern architecture. Its focus on sustainability, adaptive use of space, and a strong connection to its environmental context distinguishes it from conventional residential projects. For a deeper understanding of its architectural plans, sections, and designs, readers are encouraged to explore the project presentation. Engage with the detailed architectural ideas that influenced this unique and thoughtful residential design, and gain insight into a project that meets contemporary living standards while respecting its ecological and cultural environment.
