虹口区加油站设计-上海集成创新
上海
A contemporary urban refueling station precedent featuring dramatic cantilevered red roofs and integrated digital interfaces, ideal for studies in modernized civic infrastructure.
- What we like about this project
- Large weather-protected digital weather and service display screen seamlessly integrated into the upper facade canopy.
Materials
- steel
- glass
- concrete
- aluminum
- led-panels
Visual identifiers
- cantilevered-canopy
- red-roof-structure
- digital-signage
- integrated-lighting
- multi-level-infrastructure
Style tags
- futuristic
- high-tech
- contemporary
Visual tags
- infrastructure
- futuristic
- canopy
- urban-mobility
- night-lighting
- cantilever
- Geometry
- Asymmetrical multi-level structure dominated by massive angled red canopy roofs cantilevering over parking and charging bays, with terraced upper levels and integrated digital signage.
- Facade system
- Curtain wall glazing combined with open structural steel framing and integrated LED media panels.
- Structural guess
- Steel truss framing with reinforced concrete lower levels supporting heavy cantilevered canopy roofs.
- Spatial scale
- Multi-story civic-scale infrastructure facility designed for vehicular service and pedestrian accessibility at the street level.
- Lighting
- Dusk sky with warm orange glow; integrated linear LED strips line the cantilevered roof edges and structural beams, complemented by glowing digital display screens.
- Atmosphere
- Vibrant and high-tech evening ambiance defined by glowing linear fixtures against the dusk sky.
- Environmental context
- Urban street edge with adjacent parking, street landscaping, and distant mid-rise residential buildings under a sunset sky.
- Spatial experience
- Approaching from the street reveals an open, sheltered ground-level fueling zone beneath an expansive, illuminated canopy that transitions to upper-level amenity terraces.
- Composition rhythm
- Dynamic diagonal canopy lines contrasted against the horizontal floor plates and vertical structural columns.
- Style reading
- Futuristic high-tech infrastructure
- Program
- Integrated fuel and electric vehicle charging station with public amenities
- Perspective
- Exterior Facade
- Discipline
- architecture
- Materials
- steel, glass, concrete, aluminum, led-panels
- Visual identifiers
- cantilevered-canopy, red-roof-structure, digital-signage, integrated-lighting, multi-level-infrastructure
- Style tags
- futuristic, high-tech, contemporary
- Visual tags
- infrastructure, futuristic, canopy, urban-mobility, night-lighting, cantilever
- Geometry
- Asymmetrical multi-level structure dominated by massive angled red canopy roofs cantilevering over parking and charging bays, with terraced upper levels and integrated digital signage.
- Facade system
- Curtain wall glazing combined with open structural steel framing and integrated LED media panels.
- Structural guess
- Steel truss framing with reinforced concrete lower levels supporting heavy cantilevered canopy roofs.
- Spatial scale
- Multi-story civic-scale infrastructure facility designed for vehicular service and pedestrian accessibility at the street level.
- Lighting
- Dusk sky with warm orange glow; integrated linear LED strips line the cantilevered roof edges and structural beams, complemented by glowing digital display screens.
- Atmosphere
- Vibrant and high-tech evening ambiance defined by glowing linear fixtures against the dusk sky.
- Environmental context
- Urban street edge with adjacent parking, street landscaping, and distant mid-rise residential buildings under a sunset sky.
- Spatial experience
- Approaching from the street reveals an open, sheltered ground-level fueling zone beneath an expansive, illuminated canopy that transitions to upper-level amenity terraces.
- Composition rhythm
- Dynamic diagonal canopy lines contrasted against the horizontal floor plates and vertical structural columns.
- Style reading
- Futuristic high-tech infrastructure
- Program
- Integrated fuel and electric vehicle charging station with public amenities
- Perspective
- Exterior Facade
- Discipline
- architecture