Energy Efficient Bamboo House

Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune

ENERGY EFFICIENT BAMBOO HOUSE

Studio Cardenas Conscious Design

ARCHITECT IN CHARGE
Mauricio Cardenas Laverde

LOCAL REGULATIONS, MOCK UPS, CONSTRUCTION SUPERVISION
Kangye Architecture and Interior Design Institute, Shanghai

MAIN CONTRACTOR
Kangye Construction & Decoration Co., Ltd. Shanghai

FENG SHUI CONSULTANT
Vincent Fang

AREA
320 m²

YEAR
2016

LOCATION
Lishui, China

CATEGORY
Houses

Text description provided by architect.

The project deals with the opportunity to design an Energy Efficient Experimental House in Baoxi for LIB (Longquan International Bamboo Commune), in the context of the new policies for sustainable growth of China.

Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune
Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune

Our proposal explores the potentiality of minimize carbon emissions, protection and natural ecological development through the use of the natural elements available in the area, such as sun, water, plants, wind and natural materials to achieve a high standard innovative house for the Chinese context.

The topics that we considered for the design of the House are the following: Bamboo, is a very special natural element present in Baoxi area which we use as structural element for the house as well as for the interiors;

Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune
Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune

Ground water cooling, underground water is an interesting natural resource available on site. Use underground water in a very simple manner to create a cooling system and also use for toilets wherenon-drinking water is acceptable;

Feng shui, to learn and apply the most significant concepts of this antique Chinese tradition to the house design; Modularity and Industrialization, to create modular elements with the scope of creating an innovative industrialized bamboo construction system.

For the structure of the House we explored new ways of building using bamboo as a construction material. Sustainability for us is not only the use of natural materials such as bamboo but to design appropriate construction solutions:

Designing dry-mounted connections not to weaken bamboo through perforation nor fill it in with concrete, and also to allow the replacement of bamboo poles if needed;

Designing aluminum connections light and easy to assemble in order that the construction can be done by local workers; Using same length of bamboo poles to achieve standardization and best quality control;

Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune
Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune

Use the same length of bamboo culms to achieve standardization and better quality control; Combining bamboo (vegetable steel) and steel to create an industrialized construction system;

- the application of a precise geometry (golden ratio) to achieve the standardization of the pieces, the best quality control and a harmonious aesthetic impact.

Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune
Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune

Using the underground water is for the house the most interesting and sustainable solution, using a geothermal heat pump, which cools as well as heats the house. It's incredibly efficient compared with the usual cooling and heating systems — at least 25% more efficient, and often much more.

By digging into the earth the temperature is stable no matter what the season, no matter what the temperature above ground. By taking advantage of this more constant, even temperature, we can heat or cool the house.

Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune
Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune

It is estimated that these systems use 15% less of the amount of energy a traditional chiller plant would use. All pieces of the house will be modular as much as possible envisioning an industrialized production.


Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune
Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune
Energy Efficient Bamboo House
© LIB – Longquan International Bamboo Commune


Energy Efficient Bamboo House
Ground Floor Plan
Energy Efficient Bamboo House
First Floor Plan
Energy Efficient Bamboo House
Second Floor Plan
Energy Efficient Bamboo House
Ground Floor Plan
Energy Efficient Bamboo House
Site Plan


Energy Efficient Bamboo House
Elevation
Energy Efficient Bamboo House
Elevation
Energy Efficient Bamboo House
Elevation
Energy Efficient Bamboo House
Elevation
Energy Efficient Bamboo House
Section
Energy Efficient Bamboo House
Section


Energy Efficient Bamboo House
Section
Energy Efficient Bamboo House
Section
Energy Efficient Bamboo House
Roof Structure


Energy Efficient Bamboo House
Diagram
Energy Efficient Bamboo House
Diagram
Energy Efficient Bamboo House
Diagram
Energy Efficient Bamboo House
Diagram


Energy Efficient Bamboo House
Cortesía de Mauricio Cardenas Laverde