Using modular design principles and charred wooden shingles, the development repurposes former petrol stations into sustainable micro-homes that foster community living in urban environments.
5 key facts about this project
01
Repurposes existing petrol station sites into housing to address urban decay.
02
Features modular micro-homes that allow for adaptable living spaces.
03
Constructed with charred wooden shingles to enhance durability and aesthetics.
04
Incorporates extensive soil remediation processes to ensure environmental safety.
05
Utilizes large, double-glazed windows to maximize natural light and connection to green spaces.
General keywords
Project specific keywords
The project "Park It" is an architectural initiative aimed at transforming disused petrol stations into sustainable micro-communities. Situated in urban settings, this undertaking addresses the decline in petrol station usability due to the increasing adoption of electric vehicles. It represents a response to the need for affordable housing while capitalizing on existing, underutilized infrastructure.
The design focuses on creating a balance between urban living and green spaces, thereby enhancing both the aesthetic and ecological quality of the area. It promotes the concept of community living through the integration of shared resources and communal spaces, fostering interactions among residents. The project incorporates essential features such as residential units, communal terraces, and green areas, which are crucial for establishing a vibrant neighborhood.
Unique Features of Design Approach
One of the notable aspects of this project is the modular design of the microhomes, allowing residents the flexibility to adapt their living spaces according to daily needs. This approach integrates movable storage modules that optimize space usage within the compact units. As a result, these homes efficiently accommodate various activities, from leisure to work.
Additionally, the project emphasizes sustainability through the explicit use of eco-friendly materials and advanced technology. Materials such as Kingspan QuadCore LEC Insulated Roof Panels and recycled plasterboard showcase a commitment to reducing environmental impact while maintaining structural integrity. The design incorporates off-grid strategies, including solar energy systems and rainwater harvesting, which further enhance the self-sufficiency of the micro-communities.
Community and Environmental Integration
The community aspect is reinforced through the inclusion of shared outdoor terraces and gardens, positioned at the center of residential clusters. These spaces encourage neighborly interactions and community events, fostering connections among residents. The architectural layout ensures that each unit remains connected to these communal areas, promoting a sense of belonging.
In terms of environmental considerations, the project undertakes a soil remediation process to ensure safety and sustainability on previously contaminated sites. This aspect highlights a responsible approach to urban redevelopment. The design also features large windows that permit natural light and views of green surroundings, contributing to the overall well-being of the inhabitants.
To explore this project in greater detail, including the architectural plans, architectural sections, and architectural designs, interested readers are encouraged to review the full presentation. Discover how this initiative brings together innovative architectural ideas with practical solutions for urban living.
The design focuses on creating a balance between urban living and green spaces, thereby enhancing both the aesthetic and ecological quality of the area. It promotes the concept of community living through the integration of shared resources and communal spaces, fostering interactions among residents. The project incorporates essential features such as residential units, communal terraces, and green areas, which are crucial for establishing a vibrant neighborhood.
Unique Features of Design Approach
One of the notable aspects of this project is the modular design of the microhomes, allowing residents the flexibility to adapt their living spaces according to daily needs. This approach integrates movable storage modules that optimize space usage within the compact units. As a result, these homes efficiently accommodate various activities, from leisure to work.
Additionally, the project emphasizes sustainability through the explicit use of eco-friendly materials and advanced technology. Materials such as Kingspan QuadCore LEC Insulated Roof Panels and recycled plasterboard showcase a commitment to reducing environmental impact while maintaining structural integrity. The design incorporates off-grid strategies, including solar energy systems and rainwater harvesting, which further enhance the self-sufficiency of the micro-communities.
Community and Environmental Integration
The community aspect is reinforced through the inclusion of shared outdoor terraces and gardens, positioned at the center of residential clusters. These spaces encourage neighborly interactions and community events, fostering connections among residents. The architectural layout ensures that each unit remains connected to these communal areas, promoting a sense of belonging.
In terms of environmental considerations, the project undertakes a soil remediation process to ensure safety and sustainability on previously contaminated sites. This aspect highlights a responsible approach to urban redevelopment. The design also features large windows that permit natural light and views of green surroundings, contributing to the overall well-being of the inhabitants.
To explore this project in greater detail, including the architectural plans, architectural sections, and architectural designs, interested readers are encouraged to review the full presentation. Discover how this initiative brings together innovative architectural ideas with practical solutions for urban living.
