MODULAR twr

LOCATION:                          Metepec, México

STATUS:                              ongoing

YEAR:                                   2011

SIZE:                                     2,512 m2

TEAM:                                   Josué Meléndez, Misael Marín, Jorge Fernández, Enrique Roig

COLLABORATORS:             MUTANTE

STRUCTURAL ENGINEER: Juan Calderón 

  

The MODULAR twr is located on the most prosperous area of the city, the project meets the maximum space requirements from the client without compromising the views and sunlight.

 

The 42 "boxes" used as modules, represent the area we were able to use in this particular site area according to the urban plan of the town and site construction regulation. Calculating the construction coefficient adequate to this lot we could build 1,512 m2, we decided to distribute this area in 42 modules.

 

We used the "boxes" to create interiors and external spaces giving the whole project movement and generating terraces with green roofs and public spaces. We also optimized space, materials, building timing and budget by using commercial measurements in all our modules.

 

The modulation used also helped us by using a simple structural grid, the 6m spaces generated with the structure in the basement is what was needed for correct function of the parking spaces.

 

The project is considered to be commercial spaces on the street level and the rest of the areas will be office rental spaces so we considered common areas suitable for any business that could use the space, making

every area comfortable and with the least amount of energy consumption to achieve optimal climates and lighting.

 

 

大型建筑 

模块化TWR位于城市最繁华的地段，该项目满足来自客户端的最大空间需求又不损害其观点和阳光。 

 

作为模块42“盒子”，代表了我们能够根据城镇和现场施工监管的城市规划在这个特殊的地盘面积使用面积。计算建筑系数足够这个地段，我们可以建立1512平方米，我们决定在42个模块分发该区域。 

 

我们使用“盒子”打造的内饰和外部空间给整个项目的运动，并产生露台，屋顶绿化和公共空间。我们还利用我们所有的商业模块的测量优化空间，材料，建筑时间和预算。 

 

使用的调制也帮助我们用一个简单的结构网格，是什么需要车位的正确功能，在地下室的结构产生6米的空间。 

 

该项目被认为是在街道层面的商业空间和领域其余的将办公室出租空间，所以我们认为适合于任何企业，可以利用空间的公共区域，使得 

每一个区域的舒适和用最少的能量消耗，以达到最佳的气候和照明。