Zero-carbon Smart Cabin

Zero-carbon: Net carbon emissions are zero throughout the building's entire lifecycle, from material production and construction d demolition.

Energy Self-sufficiency: Zero-carbon Smart Cabin relies primarily on renewable energy sources such as photovoltaic and wind power, without depending on fossil fuels. Recycling: Wastewater purification and reuse, rainwater harvesting, and solid waste resource utilization achieve zero emissions.

Smart: Equipped with a central smart in (IoT   AI algorithms) for fully automatic perception, analysis, decision-making, and execution.

Unattended: Autonomous optimization of energy, temperature/humidity, security, and equipment without human intervenmote Control: Real-time monitoring, remote control, and fault warning via mobile app and cloud.

Cabin: Modular, prefabricated, and mobile independent cabin body, factory pbricated for on-site lifting and immediate use.

Core Technologies and System Composition

1. Energy System: Zero-carbon Power Core

Building Integrated Photovoltaics (BIPh-efficiency solar panels covering the cabin roof and facade, with an average annual power generation of up to 6,000 kWh.

Smart Energy Storage System: Lithiuow batteries store surplus electricity, providing a runtime of ≥72 hours during cloudy/rainy days or nights.

Microgrid Management: Self-generation and self-consumption, storag electricity, and intelligent peak shaving and valley filling.

2. Intelligent Control System: Smart Brain

Multi-sensor Array: Real-time monitoring of temperature/humidity, CO₂, energy consumption, human presence, and air quality.

AI Energy Algorithm:

Sunny Days: Maximize power generation, storage, and cooling/heating supply.

Night / Unoccupied: Acally reduce power consumption and maintain core equipment.

Cloudy/Rainy Days: Intelligent power rationing to ensure basic living needs.

Whole-house Intelligence: Integration of voice control, smrt lighting, shading, HVAC, security, and access control.

3. Building Structure: High-efficiency and Low-carbon

Structure: Light steel structure / full aluminum structure, earthquake-resistant, fireproof, moisture-proof, and lightweight.

Envelope: Ultra-high insulation and heat insulation materials   passive design, reducing energy consumption by over 70% compared toal buildings.

Modular: Factory prefabricated, installed in 1 day, liftable for relocation, and reusable.

4. Resource Circulation System

Self-suffier Treatment: Greywater/blackwater separation, purification, and reuse for toilet flushing/irrigation, achieving zero wastewater discharge.

Solid Waste Treatment: Waste sorting, biodegr compression recycling.

Ecological Greening: Vertical greening and rooftop gardens for carbon fixation, cooling, and beautification.

Core Advantages

Ultimate Independence: Off-gri, off-water, and off-sewage, deployable in infrastructure-less areas such as islands, deserts, plateaus, and wilderness.

Rapid Deployment: Factory prefabricated, trsported as a whole, lifted and installed on the same day, ready for immediate occupancy.

Low-carbon and Eco-friendly: Zero-carbon throughout the entire lifecycle, with annual CO₂reduction ≈4.7 tons (≈ equivalent to planting 260 trees).

Intelligent Comfort: Constant temperature, humidity, oxygen, and quietness (Five-Constant SystAI proactive service.

Flexible and Multi-purpose: Mobile, expandable, and combinable, suitable for homestays, offices, campsites, emergency response, scientific re