A Brief Look at Container House Design Applications in Tourist Scenic Areas

I. Reuse Value and Applications of Retired Second-Hand Containers

(1) Reuse Value of Retired Second-Hand Containers

In today's society we can no longer build architecture that belongs entirely to nature, but we can extend a building's service life and delay the cycle of waste. Starting from a single element—retired second-hand shipping containers—we seek modular, integrated temporary-building methods that can be rolled out quickly, so these huge discarded boxes can be remade and put to greater potential use.

Containers are well suited as single living units or as building elements. They use a steel frame with load-bearing corners, high safety, and strong seismic, compressive, wind, rain, fire, and thermal performance. Sizes vary, but most offer living-ready dimensions and can be combined freely as needed. Exteriors can take many forms and look bright and attractive. Flexibility is high: units move easily without dismantling, contents need not be shifted, and the whole box can be relocated. Cost is low—quality housing at a modest price. With professional spatial design and water and power systems, containers become ideal places to live.

(2) Application Fields for Retired Second-Hand Containers

Containers leave wide room for creative reuse across many sectors. Internationally, converting retired or used containers into houses, temporary venues, mobile galleries, commercial showrooms, pop-up shops, and similar circular projects is common—especially favored in sports, outdoor, dining, automotive, and tech.

The modular home unit developed by New York's LOT-EK design firm is a 40-foot container. The whole unit uses recycled industrial materials. It was designed for global travelers: the owner can tow it by car when traveling; interiors may be simple or luxurious, fully customized.

Domestic container architecture is still early overall: basic infrastructure, simple combinations and skins, and design that is not yet very human-centered or professionally driven. Mainstream recognition and policy support are still limited, so wide rollout is hard. Successful cases do appear in places.

Tianjin Beitang Container Seafood Street took only about three months from construction to completion. Its container restaurants are well planned, orderly, and fully functional, meeting use needs and delivering solid economic returns.

As a major logistics port, Hong Kong has many retired second-hand containers. Temporary worker housing for urban projects is often converted from containers, and street kiosks and convenience shops also use containers as buildings.

In recent years, amid serious pollution, uneven ecological development, soil erosion, and frequent natural disasters, containers can be remade as post-disaster temporary housing, mobile field hospitals, and more. As living standards rise and land prices climb, they can also become kindergartens, temporary worker housing, student dorms, studios, and temporary residences in tourist scenic areas.

II. Advantages and Features of Retired Second-Hand Containers as Modular Units

(1) Advantages as Temporary Housing

1. Ready modular units give temporary buildings the simplest, most reliable, mass-producible structural cells.

2. Containers can be reused again and again. When urban rebuilding is done and residents return home, boxes can go back to docks for freight—without the cost of recycling or disposing of temporary-building waste.

3. Standard sizes mean no new rules or equipment R&D for the build process.

4. Containers are easy to clean and disinfect (surfaces can be washed with a high-pressure hose).

(2) Structural Features of Container Houses

A container house is a new green, economical movable dwelling: light-steel frame, sandwich-panel enclosure, standard modular space combinations, and bolt connections for fast assembly and dismantling. It embodies standardized temporary building, energy saving, and speed. Units can move anywhere for comfortable living. Solar PV panels can supply indoor power; solar water heaters provide heating and hot water; shower and domestic wastewater can be treated for reuse.

(3) Advantages for Temporary Residences in Scenic Areas

Traditional materials often pollute scenic sites and take long to build. Container temporary housing goes up fast, with short cycles, low pollution, low cost, and easy removal—unlike immovable traditional buildings. Some tourist areas are seasonal—for example Qinhuangdao, crowded in summer and quiet otherwise—so summer needs temporary scenic housing that other seasons do not. Container units can be stacked and stored without taking excess ground, and forms stay flexible: mixed stacks create layered visual space; skins can use varied colors; interiors keep insulation and looks; multiple cut-and-open strategies work well.

III. Scheme Research for Temporary Container Residences in Tourist Scenic Areas

As society develops, material expectations rise. Under urban pressure, travel is a first choice to relax. Peak seasons leave lodging short. A response: remake retired second-hand containers into temporary scenic housing—low cost, movable, easy to assemble and dismantle, usable even on non-building land, and removable after the season for stacked storage. Units can be leased or run by specialist firms in varied styles and block combinations—like building bricks—fresh and distinctive.

(1) Design Theme — Regenerative Green Design in an Intensive Society

The scheme suits tourist scenic areas: blue sky, white clouds, green mountains and water, away from city noise and traffic. Open views, fine scenery, and pleasant climate suit holidays and restoration. Fashionable modern architecture meets nature so urban workers find a place to unwind. Nine containers are stacked and staggered into open and closed, sparse and dense spaces. From any angle the landscape remains absorbing.

(2) Design Concept — Low Carbon, Green, Fashionable

Low carbon: new tech and materials raise efficiency and cut CO2.

Green: design, construction, and later use do not destroy the original ecology or leave large waste streams.

Fashionable: bright red as the main color, simple and bold pairing that fits modern taste.

(3) Design Principles — Respect Nature, Harmony

1. Function: meet high-quality living and leisure needs.

2. Nature and science: apply new tech and materials in a rational design that joins the ecological setting.

3. Low-carbon green: across materials, equipment, construction, and use, cut fossil energy, raise efficiency, and lower CO2.

(4) Technical Requirements — Energy Saving and Environmental Protection

1. Exterior-wall energy saving: composite walls may use internal, external, or sandwich insulation; sandwich is common. In Europe, exterior expanded polystyrene boards are widely used; in Germany, exterior insulation covers about 80% of buildings, and about 70% of that uses foam polystyrene.

2. Window and door energy saving: insulating glass, coated glass (reflective and heat-absorbing), high-strength Low-E fire glass, magnetron sputtered silver-layer glass, and smart glass.

3. Roof energy saving: smart and ecological systems such as solar-collector roofs and controllable ventilated roofs. Heating, cooling, and lighting dominate building energy use—e.g. ground- or water-source heat pumps, displacement fresh-air systems, and radiant floor heating.

4. Heat insulation: in summer a closed container with a metal shell under sun runs hot indoors; add an air insulation layer on the roof—asbestos-tile roofs, full shade cloth, or a roof water pool (also useful for cleaning the box).

5. New energy: solar water heaters, PV roof panels, PV facade panels, PV sunshades, PV spandrels, PV skylights, and PV glass curtain walls.

(5) Exterior Design — Fresh and Distinctive

1. Bright red exteriors keep a sense of the material's character and bring a natural beauty. Bold color pairs with the setting and stands out as scenery in its own right.

2. Raised and lowered volumes create spatial layers; circulation stays lively yet steady. Solid wood and panels combine for a green, natural feel—rejecting lavish traditional luxury for modern simplicity.

3. On the first floor, columns lift boxes off the ground and concrete platforms raise them further—away from dampness and improving outdoor views.

4. With mountains and sea around, continuous glass doors and windows extend vision, make space more transparent, enlarge perceived range, blend indoors and outdoors, and place the building in nature's embrace.

(6) Interior Environment — Simple and Natural

1. Layouts are rational; furniture is simple and practical. Natural material textures matter—wood shapes the space, plants and flowers decorate, compensating city dwellers' longing for nature and creating a plain, fresh, comfortable atmosphere.

2. Vertical wood on walls aids insulation and visually stretches height so rooms feel less crowded.

3. Three sides open to light; light and shadow enrich the mood and meet aesthetic needs through atmosphere and interest.

4. The second-floor balcony uses a roof-garden approach for detail and vitality, linking indoors and outdoors into open flowing space. On a warm afternoon, with a cup of strong tea and a view toward the distant sea, the scene feels poetic.

Our life is modern, easy, and green. For living space we keep a youthful longing. It may be a small room, yet the freest haven; it must stay close to nature and feel its pulse; outside the window there should be green and water—bright, elegant; its price must stay approachable so housing is not a burden… In our prime years we refuse the ordinary and call for enjoying life and its brilliance.

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