Driven by technological innovation and the concept of sustainable development, the cross-border integration of the two innovative concepts of dddhhhspace capsule housedddhhh and dddhhhapple storagedddhhh is redefining the future living and lifestyle of humanity. This unprecedented combination perfectly combines aerospace grade residential technology with modern agricultural intelligence, creating a new model of dddhhhliving as productiondddhhh.
space capsule house: modular intelligent living solution
A space capsule house is a modular building that integrates aerospace technology, and its core advantages lie in:
Ultimate Space Utilization: The space capsule house adopts the spacecraft design concept to achieve the optimal configuration for residential functions in a limited space
Intelligent environmental control: The space capsule home is equipped with temperature and humidity control, air purification and other systems to create a healthy and comfortable living environment
Rapid deployment capability: Modular design of space capsule house supports immediate installation and use, significantly shortening the construction period
Sustainable features: integrated solar power supply, rainwater collection and other environmental protection systems in the space capsule house
The application scenarios have expanded from the initial tourism homestay to multiple fields such as urban housing, emergency housing, and polar scientific research stations.
Apple Warehouse: The Technological Revolution of Modern Agriculture
The Apple Warehouse represents a disruptive smart agriculture system:
Precise environmental control: Real time monitoring and adjustment of temperature, humidity, lighting and other 
parameters through sensor networks
Vertical planting technology: Breaking through spatial limitations and achieving maximum yield per unit area
AI Planting Management: Utilizing Big Data and Machine Learning to Optimize the Planting Process
Year-round production: unaffected by seasons and climate, ensuring stable supply
Its technology has expanded from apple cultivation to intelligent cultivation of various fruits and vegetables.
The innovative value of cross-border integration
When the spacecraft encounters the apple pod, an astonishing chemical reaction occurs:
Self-sufficient ecological housing
Transforming walls and roofs into 'edible landscapes'
Realize the living experience of 'fruit freedom'
Reduce carbon footprint by over 50%
Space Revolution
A 15 ㎡ unit can produce 200kg of fruit annually
Intelligent conversion between residential space and planting space
Efficient utilization of idle urban space
Technological synergy effect
Environmental control technology of spacecraft improves planting efficiency
Optimizing the living environment through the monitoring system of the Apple warehouse
Shared energy management system improves energy efficiency
Application prospects and prospects
Urban Renewal: Providing a dddhhhVertical Farm+Residentialdddhhh Solution for High Density Cities
Featured cultural tourism: creating an immersive vacation experience of dddhhhready to pick and eatdddhhh
Emergency relief: Rapid deployment of temporary shelters with food self-sufficiency capability
Polar scientific expedition: solving the problem of fresh vegetable and fruit supply in extreme environments
Industry impact and future trends
This innovative combination heralds:
The evolution of architectural functions from dddhhhresidential containersdddhhh to dddhhhproduction and living complexesdddhhh
The transformation of urban agriculture from dddhhhcentralized plantingdddhhh to dddhhhdistributed productiondddhhh
The boundary between residential space and natural ecology has been redefined
