?對于集裝箱房這一產品我們都不陌生了，它具有施工簡單，居住體驗良好的等優勢，隨著時代的發展這一產品的應用也是越來越廣泛，那么未來這一產品將會向著什么樣的方向發展呢？就和集裝箱房廠家仁捷一起來了解下吧，我們從一下三點為大家做個解析。

We are no strangers to the container room, which has the advantages of simple construction and good living experience. With the development of the times, the application of this product is more and more extensive, so what direction will this product develop in the future? Let's get to know it with Renjie, a container house manufacturer. Let's make an analysis for you from the following three points.

一、功能材料低碳化

I. Low Carbonization of Functional Materials

低碳生活一直是我們提倡的和向往的生活，隨著哥本哈根世界氣候大會的召開，“低碳”生活更深刻了。以“節能、環保、綠色、低排放”等為特點的“低碳建筑”，也以一種全新的姿態高調登場。

Low-carbon life has always been the life we advocate and yearn for. With the convening of the World Climate Conference in Copenhagen, "low-carbon" life is more profound. "Low-carbon buildings" featuring "energy saving, environmental protection, green, low emissions" also come on stage with a new attitude.

低碳建材就是低能耗、低排放、低污染、追求綠色GDP的建材產業發展模式。國際 上公認的低碳經濟產業體系包括低碳產品、低碳技術、建筑節能、工業節能和循環經濟、資源回收、環保設備和節能材料等。

Low carbon building materials are the development mode of building materials industry with low energy consumption, low emission, low pollution and pursuit of green GDP. The internationally recognized low-carbon economic industrial system includes low-carbon products, low-carbon technology, building energy conservation, industrial energy conservation and circular economy, resource recovery, environmental protection equipment and energy-saving materials.

二、環保材料體系化

2. Systematization of Environmental Protection Materials

集裝箱房的優勢主要有這六要素，分別是：節能、環保、低碳、生態、舒適和安全。領域形成了一個個完整的節能體系，環保材料的體系化令材料擁有了更強的市場競爭力。

The advantages of container house are mainly six factors: energy saving, environmental protection, low carbon, ecology, comfort and safety. The field has formed a complete energy-saving system, the systematization of environmental protection materials makes materials have a stronger market competitiveness.

太陽能與建筑一體化是將太陽能利用設施與建筑有機結合，利用太陽能集熱器替代屋頂覆蓋層或替代屋頂保溫層，既消除了太陽能對建筑物形象的影響，又避免了重復投資，降低了成本。太陽能與建筑一體化是未來太陽能技術發展的方向。

The integration of solar energy and building is the organic combination of solar energy utilizing facilities and buildings. The use of solar collectors to replace roof overburden or roof insulation not only eliminates the impact of solar energy on building image, but also avoids duplicate investment and reduces costs. The integration of solar energy and building is the future direction of solar energy technology development.

三、復合材料延伸化

3. Extension of Composite Materials

隨著大眾的需求，大家對健康環保非常的重視，現在國內的一系列產品都非常先進環保，如：綠色建材、建筑新能源、室內供暖系統、木制品、集成住宅、別墅配套設施。

With the needs of the public, people attach great importance to health and environmental protection. Now a series of domestic products are very advanced environmental protection, such as green building materials, new building energy, indoor heating system, wood products, integrated housing, villas supporting facilities.

建筑給排水材料及綠色建材生產設備技術等方面，這些新成果、新產品、新技術、新裝備不斷涌現出，復合材料作為一種合成的新技術獲得較大的發展空間，并全面而生動詮釋的“節能、環保、低碳”的消費理念。根據綠色建筑發展步伐，結合國外集裝箱房的建筑理念，為您打造綠色節能環保的集裝箱房屋住宅。

New achievements, new products, new technologies and new equipment are emerging in building water supply and drainage materials and green building materials production equipment technology. Composite materials, as a new synthetic technology, have a larger space for development, and comprehensively and vividly interpret the consumption concept of "energy saving, environmental protection and low carbon". According to the pace of green building development, combined with the construction concept of foreign container houses, we will build green, energy-saving and environmental protection container houses for you.