Standardized Core Components: Lida Group’s prefab mobile houses are built from a set of standardized modules, including wall panels, floor systems, roof assemblies, and amenity units (such as bathrooms and kitchens). These modules are produced in factories using automated processes, ensuring precision and reducing material waste to less than 5% (compared to 15–20% in traditional construction). For example, the company’s bathroom modules are identical across all product lines—allowing for bulk production and a 25% reduction in per-unit costs.

Plug-and-Play Assembly: Modules are designed to connect seamlessly using simple, tool-free fastening systems. A 40-square-meter mobile house can be assembled by two workers in just 36 hours—60% faster than traditional temporary structures. This speed not only reduces labor costs but also enables rapid deployment in urgent scenarios, such as disaster relief.

Scalability: Modularity allows for easy scaling of spaces. A single 20-square-meter “base unit” can be combined with additional modules to create larger structures—such as a 100-square-meter office complex or a 200-square-meter worker dormitory. This scalability means customers only pay for the space they need, while retaining the flexibility to expand later.

Reconfigurable Interiors: Interior layouts are designed to be easily modified without structural changes. For example, a Worker Accommodation unit with four private bedrooms can be reconfigured into two larger bedrooms with a shared living area by removing modular partition walls. This flexibility means the same unit can be used for construction workers one year and remote research teams the next.

Multi-Functional Modules: Amenity modules are designed to serve multiple purposes. A kitchen module, for instance, can be reconfigured into a first-aid station by replacing cabinetry with medical storage and adding a sink with sterile water access. A living area module can be converted into a classroom by installing whiteboards and modular seating.

Cross-Industry Versatility: Lida Group’s modules are compatible across product lines, enabling cross-industry reuse. A bathroom module from an Emergency Shelter unit can be integrated into a Remote Living unit, and a wall panel from a construction office can be repurposed for an event pop-up. This versatility reduces waste and extends the lifespan of components—lowering long-term costs for customers.

IoT-Enabled Monitoring Systems: Many of Lida Group’s prefab mobile houses are equipped with low-cost IoT sensors that track key metrics such as temperature, humidity, energy use, and occupancy. These sensors connect to a user-friendly mobile app, allowing customers to monitor and optimize their units remotely. For example, a construction company can use the app to adjust HVAC settings in on-site offices when they are unoccupied—reducing energy costs by up to 30%.

Solar-Powered Energy Systems: To address the need for off-grid functionality (critical for disaster zones and remote work sites), Lida Group integrates lightweight, high-efficiency solar panels (200–300 watts) and lithium-ion battery storage into its units. These systems power lighting, small appliances, and even HVAC systems (for short periods) —eliminating reliance on diesel generators. A Remote Living unit with a solar system can meet 70% of its daily energy needs, cutting carbon emissions by 1,500 kg per year.

Smart Lighting and Climate Control: Units feature LED lighting with motion sensors (to reduce energy use in unoccupied rooms) and smart thermostats that learn user preferences. For example, the thermostats in Worker Accommodation units can automatically lower the temperature during work hours (when units are empty) and raise it before workers return—saving energy without sacrificing comfort.

Digital Documentation and Maintenance: Lida Group provides customers with a digital “unit passport”—a cloud-based document that tracks the unit’s history, maintenance schedules, and component specifications. The passport sends automated alerts for routine maintenance (such as filter replacements) and enables quick identification of replacement parts—reducing downtime and maintenance costs.

Recycled and Renewable Materials: Lida Group uses 70% recycled materials in its structural components, including recycled steel for wall panels (which reduces carbon emissions by 40% compared to virgin steel) and recycled plastic for interior fixtures. For insulation, the company uses either recycled rock wool (derived from industrial slag) or hemp fiber (a 100% renewable resource)—both of which offer superior thermal performance at a lower cost than synthetic insulation.

Energy Efficiency by Design: Beyond tech integration, Lida Group’s units are engineered for passive energy efficiency. Wall panels have a high R-value (R-25 for standard units, R-30 for cold-climate models) to reduce heat transfer, and windows are double-glazed with low-emissivity (low-E) coatings to minimize energy loss. These design features reduce energy consumption by 25–35% compared to conventional temporary housing.

Water Conservation: Units are equipped with low-flow toilets (4.8 liters per flush) and showerheads (6 liters per minute), cutting water use by 50%. For long-term projects, Lida Group offers optional graywater recycling systems that collect and filter water from sinks and showers for reuse in irrigation or cleaning—saving an additional 300 liters of water per week per unit.

End-of-Life Recyclability: Almost 95% of Lida Group’s prefab mobile house components are recyclable. Steel panels can be melted down and reused, plastic fixtures can be repurposed into new components, and insulation can be recycled into new insulation or used as fuel in waste-to-energy plants. The company’s “take-back program” ensures that old units are collected and recycled, rather than ending up in landfills—reducing waste and creating a circular economy for temporary housing.

Ultra-Fast Assembly: Units can be unpacked and assembled by non-specialized workers in just 2 hours—thanks to pre-connected modules and tool-free fastening systems. A team of 10 volunteers can set up 50 shelters in a single day, making the series ideal for post-earthquake, flood, or hurricane response.

Off-Grid Tech Integration: Each shelter includes a 200-watt solar panel, a 50-Ah lithium-ion battery, and LED lighting with motion sensors—ensuring power for essential needs even in areas without grid access. The solar system also powers a USB port for charging phones, a critical communication tool in disaster zones.

Weather Resilience: Shelters are engineered to withstand extreme weather: wind speeds up to 120 km/h, heavy rain (up to 200 mm per hour), and temperatures ranging from -20°C to 45°C. The modular wall panels include a waterproof membrane and insulation to keep interiors dry and comfortable.

Adaptable Layouts: The base shelter (18 square meters) can be expanded with additional modules to create medical clinics, food distribution centers, or child care spaces. For example, adding a “medical module” (equipped with a sink, medical storage, and a fold-down examination table) converts the shelter into a functional first-aid station.

Reconfigurable Bedrooms: Units come in 24-square-meter (4-bed) or 36-square-meter (6-bed) configurations, with modular partition walls that can be removed to create larger rooms or shared living spaces. Each bedroom includes built-in storage, a reading light, and a USB charging port.

Energy-Efficient Amenities: Units feature a compact kitchen with an Energy-Star mini-fridge and a two-burner propane stove, a shared bathroom with low-flow fixtures and instant hot water, and a smart thermostat that adjusts based on occupancy. IoT sensors monitor energy use and send alerts to the construction company’s management app if consumption exceeds set limits.

Durability for Job Sites: Exteriors are made of corrosion-resistant recycled steel, and floors are reinforced to withstand

• Connectivity Features: For workers who need to stay in touch with family or access online training, units include a 4G/5G Wi-Fi router (compatible with local service providers) and a small living area with a fold-down table for dining or working.

• Spacious, Customizable Layouts: Units range from 40–80 square meters, with open-concept living areas, separate bedrooms, and full-size kitchens. Customers can choose from pre-designed layouts or work with Lida Group’s team to customize spaces (e.g., adding a home office or extra storage) without increasing costs significantly.

• Advanced Tech Integration: Units include a 300-watt solar panel system with a 100-Ah battery (capable of powering all amenities off-grid), a satellite internet module for reliable connectivity in remote areas, and a smart home hub that controls lighting, climate, and entertainment (e.g., flat-screen TV with streaming capabilities).

• Luxury Amenities at Low Cost: Despite their comfort, units remain affordable thanks to modular manufacturing. Amenities include a walk-in shower with a rainfall head, a full-size refrigerator with a freezer, and a washer-dryer combo (compact but high-capacity). The interior uses durable, easy-to-clean materials (such as vinyl plank flooring and stain-resistant countertops) that reduce maintenance costs.

• Soundproofing and Weather Resistance: Exterior walls include an extra layer of insulation for soundproofing (critical for noisy remote sites like oil rigs), and roofs are reinforced to withstand heavy snow or high winds.

• Rapid Deployment: Units can be assembled and disassembled in 1–2 hours by a small team, making them ideal for events that require fast turnaround (e.g., weekend festivals or pop-up sales).

• Customizable Exteriors: Exteriors can be wrapped in branded vinyl or painted in custom colors to match event themes or brand identities—at no extra cost for small orders (5+ units).

• Event-Specific Amenities: Options include ticket booths with built-in cash registers and LED displays, VIP lounges with modular seating and refreshment stations, and pop-up storefronts with adjustable display shelves and track lighting. All units include climate control (air conditioning for hot events, heaters for cold weather) to keep staff and attendees comfortable.

• Portability: Units are lightweight (under 500 kg) and can be transported in standard trucks, reducing logistics costs. They also require no permanent foundation—just a level surface (such as gravel or asphalt)—saving on site preparation.

• Rapid Response: The 2-hour assembly time and lightweight design allow shelters to be deployed within 72 hours of a disaster—critical for saving lives. For example, after the 2024 earthquake in Turkey, Lida Group’s shelters were among the first to arrive in remote villages, providing immediate housing for survivors.

• Long-Term Adaptability: As disaster zones shift from “response” to “recovery,” shelters can be reconfigured into schools, clinics, or community centers. This eliminates the need for organizations to purchase separate structures, stretching limited humanitarian budgets further.

• Scalability: Modular design allows companies to add or remove units as workforce sizes change. For example, a company starting a highway project with 100 workers can add 10 more units if the team grows to 150, then remove them once the project nears completion.

• Cost Savings: IoT energy monitoring and low-maintenance materials reduce operational costs. A construction company in the US reported saving $22,000 per year on energy and maintenance by switching to Lida Group’s units.

• Worker Satisfaction: Home-like amenities (private bedrooms, kitchens, Wi-Fi) reduce turnover by keeping workers comfortable. A survey of construction workers in Europe found that 78% preferred Lida Group’s units to traditional job site trailers.

• Off-Grid Self-Sufficiency: Solar systems and satellite internet eliminate reliance on fragile infrastructure in remote areas. An oil company in Alaska reported no downtime due to power outages after switching to Lida Group’s units—unlike its previous housing, which relied on diesel generators that frequently failed in cold weather.

• Durability: Corrosion-resistant steel and reinforced roofs withstand extreme weather (from Arctic snow to desert heat). A mining company in Chile reported that Lida Group’s units showed no signs of wear after 3 years in a dusty, high-wind environment—compared to competitor units that needed replacement after 18 months.

• Comfort: Full-size kitchens, washer-dryers, and soundproofing help workers cope with the isolation of remote sites. An oil rig worker in the North Sea noted, “Having a comfortable space to relax after a 12-hour shift makes the months away from home much easier.”

• Speed: 1–2 hour assembly times allow organizers to set up events quickly, reducing labor costs. A pop-up retailer in the US was able to open 5 stores in 3 days using Lida Group’s units—something that would have taken a week with traditional structures.

• Branding Flexibility: Customizable exteriors help retailers and event organizers create a cohesive brand experience. A fashion brand reported a 30% increase in foot traffic to its pop-up store after using Lida Group’s branded units.

• Cost-Effectiveness: Low purchase prices and reusable design make the units affordable for short-term use. A festival organizer in Australia saved $30,000 by reusing Lida Group’s units for 4 festivals in one year—instead of renting new structures each time.

 

• Robotic Assembly: Robots handle repetitive tasks such as cutting steel panels, attaching insulation, and assembling bathroom modules. This reduces labor costs by 40% compared to manual manufacturing and ensures consistent quality. For example, a robotic arm can assemble a bathroom module in 30 minutes—compared to 2 hours for a human worker.

• Lean Production Lines: The company uses lean manufacturing principles to eliminate waste. For instance, materials are delivered to the production line just-in-time (JIT) to reduce storage costs, and defective components are identified and corrected immediately to avoid rework.

• Bulk Discounts: By ordering materials such as recycled steel, insulation, and IoT sensors in large quantities (10,000+ units per order), the company negotiates bulk discounts of 20–30%. For example, the company’s annual order of 50,000 LED lights allows it to secure a 25% discount from its supplier.

• Local Sourcing: To reduce transportation costs, Lida Group sources materials from local or regional suppliers whenever possible. For example, in Africa, the company works with local steel manufacturers to produce wall panels—cutting transportation costs by 35% compared to importing steel from Europe.

• Long-Term Supplier Partnerships: The company builds long-term relationships with suppliers, which gives it access to lower prices and priority delivery. For instance, Lida Group’s 10-year partnership with a solar panel manufacturer allows it to purchase panels at 20% below market price.

• Standard Core Modules: Key components (wall panels, bathroom modules, kitchen units) are standardized, allowing for bulk production. Customization is limited to easily modifiable features such as exterior colors, additional storage, or extra windows—changes that do not require retooling the production line.

• Modular Add-Ons: Instead of redesigning units from scratch, customers can add modular components (e.g., a home office module for a Remote Living unit) that are pre-manufactured and easy to integrate. This reduces customization costs by 60% compared to fully custom designs.

• Durable Materials: Recycled steel, moisture-resistant interiors, and corrosion-resistant finishes reduce the need for repairs. A customer in the mining industry reported that Lida Group’s units required just \(500 in maintenance per year—compared to \)2,000 per year for its previous housing.

• Self-Monitoring Tech: IoT sensors detect maintenance issues (such as a faulty HVAC filter or a leaky faucet) early, allowing customers to fix problems before they escalate. This reduces repair costs by 35% and minimizes downtime.

• Predictive Maintenance: AI algorithms will analyze data from IoT sensors to predict maintenance issues before they occur. For example, an AI system could detect that an HVAC system’s fan is wearing out and alert the customer to replace it—avoiding a costly breakdown.

• Energy Optimization: AI will learn user behavior and adjust energy use accordingly. For example, in a Worker Accommodation unit, AI could learn that workers typically return from shifts at 6 PM and pre-heat the unit to 20°C just before they arrive—maximizing comfort while minimizing energy waste.

• Occupancy Management: AI will help construction companies and event organizers manage occupancy levels. For example, an AI system could alert a construction company that a unit is only 50% occupied and suggest reconfiguring it to house more workers—reducing the need for additional units.

• Increased Recyclability: Lida Group is working to make 100% of its unit components recyclable (up from 95% today). This includes developing new materials for interior fixtures that are easier to recycle and working with suppliers to create components that can be disassembled quickly.

• Unit Remanufacturing: Instead of just recycling old units, the company will offer a “remanufacturing” service—where old units are disassembled, worn components are replaced, and the modules are reassembled into “like-new” units. This will extend the lifespan of components and reduce the need for new materials.

• Material Tracking: Using blockchain technology, Lida Group will track the lifecycle of every component—from production to recycling. This will allow customers to see the environmental impact of their units and ensure that materials are recycled properly.

• Quick-Change Modules: The company is designing modules that can be swapped out in minutes. For example, a kitchen module in a Remote Living unit could be replaced with a medical module in 15 minutes—allowing the unit to be converted from housing to a clinic during a disaster.

• Flexible Interiors: New interior designs will use magnetic or snap-on partitions that can be moved easily. This will allow users to reconfigure rooms on their own—without waiting for a technician.

• Multi-Industry Compatibility: Modules will be designed to work across all of Lida Group’s product lines. For example, a bathroom module from an Event unit could be used in a Remote Living unit—further increasing versatility.

• Assess their specific requirements (e.g., number of users, location, duration of use).

• Recommend the best product line and customization options.

• Create a 3D rendering of the units to help customers visualize the final product.