Double wing expansion box
1、 Core Design Concept 1 Green and low-carbon: Low energy consumption throughout the entire cycle
From material selection to operation logic, the equipment runs through the core of "environmental protection": ◦ Energy end: standard solar photovoltaic panels (integrated on the top of the double wing or box), which can directly convert solar energy into electrical energy to meet the basic electricity needs of the equipment (such as lighting and intelligent control systems); Some models support external lithium battery packs to achieve off grid power supply and reduce dependence on traditional fuel power generation. Material end: The main body of the box is made of lightweight, recyclable and environmentally friendly composite materials (such as modified PP and aluminum alloy frame), which balance strength and degradability, reducing environmental pollution in production and waste processes. Energy consumption end: The intelligent control system has a built-in "energy-saving mode" that can automatically adjust the operating power of lighting and temperature control equipment. When idle, it automatically enters a low-power state, reducing daily energy consumption by more than 30% compared to traditional temporary space equipment. two Intelligent and convenient: full scene automation
Relying on the Internet of Things (IoT) and sensor technology, devices can achieve intelligent operation with "less manual intervention": ◦ Automatic expansion/storage: Through electric push rods or hydraulic drive systems, the wings can be automatically unfolded (the unfolded space area can reach 2-3 times that of the original box) or stored (the stored volume is close to that of a standard container, which is easy to transport) within 3-5 minutes, without the need for manual handling of accessories. Intelligent environment control: Equipped with temperature and humidity sensors, PM2.5 sensors, and can be linked to air conditioning and fresh air systems to automatically adjust the indoor environment (such as automatically starting heat dissipation when high temperature occurs, and turning on air filtration when dust exceeds the standard); Some high-end models support remote monitoring and control through a mobile app, allowing real-time viewing of the status inside the box and adjustment of device parameters. ◦ Safety intelligent warning: equipped with smoke alarm, tilt sensor (to prevent tipping during transportation or use), and power monitoring module. Abnormal situations (such as fire or equipment failure) will be alerted through sound and light alarm and mobile phone push, improving usage safety. three Double Wing Expansion: Maximizing Space Utilization
The "dual wings" are the core structural innovation of the device: the dual wings are connected by a "hinge" and can be used as an "extension space" of the box after unfolding (such as a single side wing can be used as an operating table or rest area, and the fully unfolded dual wings form an open or semi closed space), or as a "functional carrier" (such as integrated solar panels, LED lighting, advertising screens, etc. on the wing surface). After expansion, the space supports modular partitioning, which can quickly build "medical diagnosis area+drug storage area", "office area+rest area", etc. according to needs, suitable for multiple scenarios. 2、 Core parameters (reference for general models) Category specific parameters Size (storage state) Length 6-12m (optional), width 2.4m, height 2.5m (close to standard containers, convenient for road/railway transportation) Size (unfolded state) Length 6-12m, width 4.8-7.2m (fully unfolded wings, space area increased by 100% -150%), height 2.5-3m Energy system solar photovoltaic panel (power 300-800W)+lithium battery pack (capacity 5-15kWh), supports 220V mains power access unfolding mode Electric push rod drive (some heavy-duty models are hydraulic drive), unfolded time 3-5 minutes Environmental adaptation Working temperature -20 ℃~50 ℃, waterproof level IP54 (can cope with moderate rain, sand and dust weather) Weight 3-8 tons (adjusted according to size, material, and functional configuration) III. Typical application scenarios 1 Emergency rescue scenario
After disasters such as earthquakes and floods, it can be quickly transported to the disaster area and deployed as a "temporary medical point" (equipped with basic medical equipment and drug storage cabinets) or a "disaster affected population resettlement service station" (providing drinking water, food distribution, and temporary rest space), relying on solar power supply without relying on the disaster area's power grid. two Field operation scenario
Suitable for long-term outdoor work scenarios such as geological exploration, oil extraction, forestry monitoring, etc., it can be used as a "worker living and office area" (equipped with dormitories, kitchens, and office equipment) after deployment. The solar+lithium battery system can meet daily electricity needs and solve the problem of "electricity shortage" in the field. three Mobile service scenario
In urban suburbs, rural areas and other areas with weak public services, they can be used as "mobile government service kiosks" (simple businesses such as handling social security and registered residence), "temporary vaccination sites" and "emergency charging stations" to flexibly fill in fixed service facilities and improve service coverage. 4、 Core advantage • High flexibility: The wings can be quickly deployed/stored, allowing for quick switching between "transport mode" and "use mode", adapting to different spatial requirements, and facilitating long-distance transportation. Green and energy-saving: With solar energy as the core energy source, it operates with low energy consumption, reduces carbon emissions, and meets the "dual carbon" goal. Intelligent and worry free: Automated operation+remote monitoring, reducing manual operation costs, while improving usage safety through intelligent warning. • Strong modularity: The internal space supports quick replacement of functional modules (such as medical modules, office modules), and one device can adapt to multiple scenarios, reducing duplicate procurement costs.
From material selection to operation logic, the equipment runs through the core of "environmental protection": ◦ Energy end: standard solar photovoltaic panels (integrated on the top of the double wing or box), which can directly convert solar energy into electrical energy to meet the basic electricity needs of the equipment (such as lighting and intelligent control systems); Some models support external lithium battery packs to achieve off grid power supply and reduce dependence on traditional fuel power generation. Material end: The main body of the box is made of lightweight, recyclable and environmentally friendly composite materials (such as modified PP and aluminum alloy frame), which balance strength and degradability, reducing environmental pollution in production and waste processes. Energy consumption end: The intelligent control system has a built-in "energy-saving mode" that can automatically adjust the operating power of lighting and temperature control equipment. When idle, it automatically enters a low-power state, reducing daily energy consumption by more than 30% compared to traditional temporary space equipment. two Intelligent and convenient: full scene automation
Relying on the Internet of Things (IoT) and sensor technology, devices can achieve intelligent operation with "less manual intervention": ◦ Automatic expansion/storage: Through electric push rods or hydraulic drive systems, the wings can be automatically unfolded (the unfolded space area can reach 2-3 times that of the original box) or stored (the stored volume is close to that of a standard container, which is easy to transport) within 3-5 minutes, without the need for manual handling of accessories. Intelligent environment control: Equipped with temperature and humidity sensors, PM2.5 sensors, and can be linked to air conditioning and fresh air systems to automatically adjust the indoor environment (such as automatically starting heat dissipation when high temperature occurs, and turning on air filtration when dust exceeds the standard); Some high-end models support remote monitoring and control through a mobile app, allowing real-time viewing of the status inside the box and adjustment of device parameters. ◦ Safety intelligent warning: equipped with smoke alarm, tilt sensor (to prevent tipping during transportation or use), and power monitoring module. Abnormal situations (such as fire or equipment failure) will be alerted through sound and light alarm and mobile phone push, improving usage safety. three Double Wing Expansion: Maximizing Space Utilization
The "dual wings" are the core structural innovation of the device: the dual wings are connected by a "hinge" and can be used as an "extension space" of the box after unfolding (such as a single side wing can be used as an operating table or rest area, and the fully unfolded dual wings form an open or semi closed space), or as a "functional carrier" (such as integrated solar panels, LED lighting, advertising screens, etc. on the wing surface). After expansion, the space supports modular partitioning, which can quickly build "medical diagnosis area+drug storage area", "office area+rest area", etc. according to needs, suitable for multiple scenarios. 2、 Core parameters (reference for general models) Category specific parameters Size (storage state) Length 6-12m (optional), width 2.4m, height 2.5m (close to standard containers, convenient for road/railway transportation) Size (unfolded state) Length 6-12m, width 4.8-7.2m (fully unfolded wings, space area increased by 100% -150%), height 2.5-3m Energy system solar photovoltaic panel (power 300-800W)+lithium battery pack (capacity 5-15kWh), supports 220V mains power access unfolding mode Electric push rod drive (some heavy-duty models are hydraulic drive), unfolded time 3-5 minutes Environmental adaptation Working temperature -20 ℃~50 ℃, waterproof level IP54 (can cope with moderate rain, sand and dust weather) Weight 3-8 tons (adjusted according to size, material, and functional configuration) III. Typical application scenarios 1 Emergency rescue scenario
After disasters such as earthquakes and floods, it can be quickly transported to the disaster area and deployed as a "temporary medical point" (equipped with basic medical equipment and drug storage cabinets) or a "disaster affected population resettlement service station" (providing drinking water, food distribution, and temporary rest space), relying on solar power supply without relying on the disaster area's power grid. two Field operation scenario
Suitable for long-term outdoor work scenarios such as geological exploration, oil extraction, forestry monitoring, etc., it can be used as a "worker living and office area" (equipped with dormitories, kitchens, and office equipment) after deployment. The solar+lithium battery system can meet daily electricity needs and solve the problem of "electricity shortage" in the field. three Mobile service scenario
In urban suburbs, rural areas and other areas with weak public services, they can be used as "mobile government service kiosks" (simple businesses such as handling social security and registered residence), "temporary vaccination sites" and "emergency charging stations" to flexibly fill in fixed service facilities and improve service coverage. 4、 Core advantage • High flexibility: The wings can be quickly deployed/stored, allowing for quick switching between "transport mode" and "use mode", adapting to different spatial requirements, and facilitating long-distance transportation. Green and energy-saving: With solar energy as the core energy source, it operates with low energy consumption, reduces carbon emissions, and meets the "dual carbon" goal. Intelligent and worry free: Automated operation+remote monitoring, reducing manual operation costs, while improving usage safety through intelligent warning. • Strong modularity: The internal space supports quick replacement of functional modules (such as medical modules, office modules), and one device can adapt to multiple scenarios, reducing duplicate procurement costs.
In summary, the green intelligent dual wing expansion box has become an upgraded alternative to traditional fixed spaces and temporary simple spaces through the combination of "green energy+intelligent control+flexible expansion", and has high practical value and promotion potential in emergency, outdoor, and livelihood services.
