Transformative Body Horror Capsule Home with Modular Living Solutions
Product Details
| Customization: | Available |
|---|---|
| After-sales Service: | Online Guidance for Maintenance |
| Application: | Hotel |
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Basic Info.
- Model NO.
- PGC-001
- Fast Installation
- Standard Installation
- Feature
- Earthquake Resistant, Easily Movable, Eco-Friendliness, Flexibly Combinable, Leak Proof, Moisture Proof, Safe, Thermal Insulation, Waterproof, Wind Resistance
- Material
- Steel Structure
- External Wall
- T88 Hot-DIP Galvanized Steel Frame (Anti-Corrosion
- Exterior Panel
- Aviation Aluminium Sheet
- Thermal Insulation
- 100mm Polyurethane/Thermal Insulation Foam
- Waterproof Seal
- Fully Sealed Waterproof Structure Technology
- Entrance Door
- Includes a Combination Lock
- Ceiling
- High-End Bamboo Charcoal Fibre Board
- Ground
- Composite Wood Floor
- Curtain
- Electric Blackout Curtains
- Air Conditioner
- Gree/Midea Air Conditioning 2p
- Electric Water Heater
- 50L Bucket Water Heater
- Bath Heat
- Air-Heated Integrated Bath Bar
- Transport Package
- Cargo Ship Transportation
- Specification
- L5800*W*2200*H2500
- Trademark
- ZL-s90
- Origin
- China
Product Description
20FT/30FT/40FT High-Strength Steel Prefab Hotel Pod Home Airbnb Space Capsule House Tiny House Luxury Prefab House Apple Cabin with Factory Price
Factory Price
Factory Price
The "Apple Cabin Residence" is not a widely standardized term, but in light of the current architectural innovation trends and the imagery associated with the word "Apple", it typically refers to a concept of a future-oriented, eco-friendly residential structure with the following core features:
Bionic form and integrated structure:
Core concept: The design inspiration comes from the round, closed, and integrated form of an apple. The entire building may present as one or more connected spherical, ellipsoidal, or droplet-shaped compartments.
Structural features: Emphasizes a smooth, streamlined appearance, reducing wind resistance, and enhancing structural stability (similar to the advantages of domes or spheres). The structure is usually made of lightweight, high-strength composite materials (such as GRC glass fiber reinforced concrete, carbon fiber, special engineering plastics) or prefabricated concrete modules, aiming for integrity and strength.
Ultra-ecological sustainability:
Self-sufficiency goal: The core design concept is to achieve a high degree of energy, water, and resource self-circulation.
Energy: The building surface (especially the top and south-facing side) is highly integrated with solar photovoltaic panels, with the form design maximizing the efficiency of light capture. It may also be combined with small-scale wind power generation, ground source heat pumps, etc.
Water cycle: Advanced rainwater collection, gray water (toilet water) and black water (wash water) classification treatment and recycling systems, aiming for near-zero discharge.
Smart control: Relying on AIoT (Artificial Intelligence Internet of Things) systems, intelligent control of temperature, humidity, lighting, ventilation, energy distribution, water cycle, etc., to achieve the lowest energy consumption operation. The building shell may have intelligent dimming, insulation/cooling functions.
Ecological integration: The design emphasizes harmonious coexistence with the surrounding environment, possibly including vertical greening, rooftop gardens, and even the compartments themselves being a small ecosystem (such as combining fish-plant symbiosis).
High-tech and intelligent core:
"Smart Living Cabin": Internal integration of a complete smart home system, with voice/controlling/automatic sensing for lighting, temperature/humidity, audio/video, security, etc.
Health monitoring: May include environmental sensors (monitoring PM2.5, CO2, VOC, etc.) and even personal health monitoring device interfaces.
Modular and customizable: Internal space may adopt modular design, allowing users to flexibly divide functional areas (living, working, leisure).
Immersive experience: Utilizing curved screens, transparent display technology, AR/VR to create immersive life experiences with the external environment or virtual worlds.
Space efficiency and comfort balance:
Although the form is compact (especially for individual compartments), through meticulous space planning (such as duplex, multi-functional furniture, hidden storage) and the utilization of curved spaces, it strives to create a comfortable, non-stifling living experience within a limited volume.
Large-area intelligent dimming glass curtain walls or domes provide an open view and natural light, reducing the sense of enclosure, achieving "living in the scenery".
Application scenarios and positioning:
Future human settlement experiment: As a showcase of cutting-edge green building technology, smart home, and sustainable lifestyle.
High-end custom residences/summer houses: Luxury residences or distinctive hotels for high-net-worth individuals seeking unique design, ultimate environmental protection, and technological experience.
Special environment adaptation: With its structural strength, self-sufficiency ability, and enclosure, it is suitable for scientific research stations, eco-hotels, or off-grid residences in extreme or sensitive environments (such as islands, deserts, polar regions, ecological reserves).
Emergency or rapid deployment housing: With high prefabrication degree, it can be used as high-quality temporary or permanent housing for post-disaster deployment.
Extraterrestrial living prototype: Its closed ecosystem, resource recycling, and radiation protection (through structure or materials) design provides technical verification for future lunar/mars bases.
The core symbolic meaning of the "Apple Cabin":
Closure and Self-sufficiency: Just like an apple is a closed fruit, the cabin provides protection and an internal resource cycle.
Life and Ecology: The apple symbolizes life and nature, emphasizing the integration of the residence and ecology.
Technology and Perfection: By drawing on the brand association of Apple, it represents high technology, exquisite design, and user experience orientation.
The essential difference from "space capsule housing":
Objectives and Positioning: The space capsule is an "asleep box" that achieves the ultimate cost reduction; the Apple capsule is a "future ecological mansion/experimental cabin" that pursues the ultimate sustainability and technological experience.
Space and Comfort: The space capsule has extremely limited space; the Apple capsule, although in a compact form, prioritizes comfort and spatial perception, using design and technology to eliminate the feeling of oppression.
Technical Core: The technology of the space capsule is simple (mechanical expansion/ basic electricity); the Apple capsule relies on a complex ecosystem, advanced materials, and AI intelligent control.
Cost: The space capsule has extremely low costs; the Apple capsule is extremely expensive (high costs in terms of research and development, materials, and technology integration).
Popularity: The space capsule already has mature commercial applications (capsule hotels); the Apple capsule is currently mainly a concept prototype, demonstration project, or extremely niche high-end customization, and has not yet become widespread.
Current Situation and Challenges:
High cost: Advanced materials, complex systems, and customized designs result in construction costs far exceeding those of traditional residences.
Technical maturity: Highly integrated energy, water circulation, and intelligent systems require long-term verification of their reliability and ease of maintenance.
Scale and standardization: Transitioning from customized prototypes to scalable production models is a significant challenge.
Regulations and approvals: Unique forms and new systems may encounter obstacles in existing building codes and approval processes.
Market acceptance: The question of whether advanced designs can be accepted by the mainstream market and whether they are willing to pay a premium remains in doubt.
Summary:
"The Apple Cabin Residence" represents a cutting-edge exploration and vision for a sustainable, high-tech, and harmoniously integrated human living environment with nature. It is more like a high-end conceptual product or experimental residence that combines biomimicry, ecological engineering, intelligent technology, and artistic design, rather than the current mainstream residential form. Its core value lies in pushing the boundaries of architectural technology and showcasing the potential of humans to create comfortable, intelligent, and self-sufficient living spaces under resource constraints. Although it is still far from being widely popularized, it provides highly inspiring samples for the future development direction of architecture.
Bionic form and integrated structure:
Core concept: The design inspiration comes from the round, closed, and integrated form of an apple. The entire building may present as one or more connected spherical, ellipsoidal, or droplet-shaped compartments.
Structural features: Emphasizes a smooth, streamlined appearance, reducing wind resistance, and enhancing structural stability (similar to the advantages of domes or spheres). The structure is usually made of lightweight, high-strength composite materials (such as GRC glass fiber reinforced concrete, carbon fiber, special engineering plastics) or prefabricated concrete modules, aiming for integrity and strength.
Ultra-ecological sustainability:
Self-sufficiency goal: The core design concept is to achieve a high degree of energy, water, and resource self-circulation.
Energy: The building surface (especially the top and south-facing side) is highly integrated with solar photovoltaic panels, with the form design maximizing the efficiency of light capture. It may also be combined with small-scale wind power generation, ground source heat pumps, etc.
Water cycle: Advanced rainwater collection, gray water (toilet water) and black water (wash water) classification treatment and recycling systems, aiming for near-zero discharge.
Smart control: Relying on AIoT (Artificial Intelligence Internet of Things) systems, intelligent control of temperature, humidity, lighting, ventilation, energy distribution, water cycle, etc., to achieve the lowest energy consumption operation. The building shell may have intelligent dimming, insulation/cooling functions.
Ecological integration: The design emphasizes harmonious coexistence with the surrounding environment, possibly including vertical greening, rooftop gardens, and even the compartments themselves being a small ecosystem (such as combining fish-plant symbiosis).
High-tech and intelligent core:
"Smart Living Cabin": Internal integration of a complete smart home system, with voice/controlling/automatic sensing for lighting, temperature/humidity, audio/video, security, etc.
Health monitoring: May include environmental sensors (monitoring PM2.5, CO2, VOC, etc.) and even personal health monitoring device interfaces.
Modular and customizable: Internal space may adopt modular design, allowing users to flexibly divide functional areas (living, working, leisure).
Immersive experience: Utilizing curved screens, transparent display technology, AR/VR to create immersive life experiences with the external environment or virtual worlds.
Space efficiency and comfort balance:
Although the form is compact (especially for individual compartments), through meticulous space planning (such as duplex, multi-functional furniture, hidden storage) and the utilization of curved spaces, it strives to create a comfortable, non-stifling living experience within a limited volume.
Large-area intelligent dimming glass curtain walls or domes provide an open view and natural light, reducing the sense of enclosure, achieving "living in the scenery".
Application scenarios and positioning:
Future human settlement experiment: As a showcase of cutting-edge green building technology, smart home, and sustainable lifestyle.
High-end custom residences/summer houses: Luxury residences or distinctive hotels for high-net-worth individuals seeking unique design, ultimate environmental protection, and technological experience.
Special environment adaptation: With its structural strength, self-sufficiency ability, and enclosure, it is suitable for scientific research stations, eco-hotels, or off-grid residences in extreme or sensitive environments (such as islands, deserts, polar regions, ecological reserves).
Emergency or rapid deployment housing: With high prefabrication degree, it can be used as high-quality temporary or permanent housing for post-disaster deployment.
Extraterrestrial living prototype: Its closed ecosystem, resource recycling, and radiation protection (through structure or materials) design provides technical verification for future lunar/mars bases.
The core symbolic meaning of the "Apple Cabin":
Closure and Self-sufficiency: Just like an apple is a closed fruit, the cabin provides protection and an internal resource cycle.
Life and Ecology: The apple symbolizes life and nature, emphasizing the integration of the residence and ecology.
Technology and Perfection: By drawing on the brand association of Apple, it represents high technology, exquisite design, and user experience orientation.
The essential difference from "space capsule housing":
Objectives and Positioning: The space capsule is an "asleep box" that achieves the ultimate cost reduction; the Apple capsule is a "future ecological mansion/experimental cabin" that pursues the ultimate sustainability and technological experience.
Space and Comfort: The space capsule has extremely limited space; the Apple capsule, although in a compact form, prioritizes comfort and spatial perception, using design and technology to eliminate the feeling of oppression.
Technical Core: The technology of the space capsule is simple (mechanical expansion/ basic electricity); the Apple capsule relies on a complex ecosystem, advanced materials, and AI intelligent control.
Cost: The space capsule has extremely low costs; the Apple capsule is extremely expensive (high costs in terms of research and development, materials, and technology integration).
Popularity: The space capsule already has mature commercial applications (capsule hotels); the Apple capsule is currently mainly a concept prototype, demonstration project, or extremely niche high-end customization, and has not yet become widespread.
Current Situation and Challenges:
High cost: Advanced materials, complex systems, and customized designs result in construction costs far exceeding those of traditional residences.
Technical maturity: Highly integrated energy, water circulation, and intelligent systems require long-term verification of their reliability and ease of maintenance.
Scale and standardization: Transitioning from customized prototypes to scalable production models is a significant challenge.
Regulations and approvals: Unique forms and new systems may encounter obstacles in existing building codes and approval processes.
Market acceptance: The question of whether advanced designs can be accepted by the mainstream market and whether they are willing to pay a premium remains in doubt.
Summary:
"The Apple Cabin Residence" represents a cutting-edge exploration and vision for a sustainable, high-tech, and harmoniously integrated human living environment with nature. It is more like a high-end conceptual product or experimental residence that combines biomimicry, ecological engineering, intelligent technology, and artistic design, rather than the current mainstream residential form. Its core value lies in pushing the boundaries of architectural technology and showcasing the potential of humans to create comfortable, intelligent, and self-sufficient living spaces under resource constraints. Although it is still far from being widely popularized, it provides highly inspiring samples for the future development direction of architecture.
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