Ecopolis Plaza

Ecopolis Plaza
© Emilio P. Doiztua

ECOPOLIS PLAZA

Ecosistema Urbano

ARCHITECTS
Ecosistema Urbano

LOCATION
Rivas-vaciamadrid, spain

CATEGORY
Other facilities

AREA
3000 m²

PHOTOGRAPHS
Emilio P. Doiztua, Mark Bentley

YEAR
2010

Text description provided by architect.

Transformation of a faceless site in Madrid’s urban sprawl, surrounded by industry and heavy traffic transportation infrastructures, into a public space for social interaction providing a building for childcare.

Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua

Contemporary society is imposing new challenges to architecture, beyond the formal experimentation that monopolizes much of its recent history.

The project “Plaza Ecopolis” aims to incorporate the idea of sustainability into daily life.

Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Mark Bentley

The main focus is therefore to create a vision of urban sustainability that facilitates the reduction of energy consumption by matters of design but that also aims at raising people’s awareness of their own consumption behaviour.

The layout of the building generates a public space that can be used by the area’s residents.

Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua

Another remarkable feature of the project is to consider the public space as an “open environmental classroom”, an integrated educational program for children with the goal to improve the urban environment, which among others accommodates a water purification system based on natural processes.

It is ecosistema urbano’s belief that projects as “Plaza Ecopolis” are a way to impart awareness for sustainability to children who in consequence will become responsible adults.

Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua

Resources optimization – Technologies – Economy of means: Technologies implemented at Ecopolis project are helping the initial bioclimatic design approach based on minimizing the consumption of both energy and natural resources.

Once consumption has been dramatically reduced, we analyze the use of active systems based on alternative energies.

A complete energy simulation study was developed by the Thermodynamics Research Group at the Industrial Engineering School of Seville.

Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua

This simulation study is the key to understand the behaviour of the building and it helped to select the best location for every single constructive element, adjusting the available construction budget.

An important area of the building half-buried (50% of the building takes advantage of the land’s thermal inertia) and a large glass facade facing south (700 sqm) are basic decisions that shape the physical relationship between the building and its environment.

Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua

A bioclimatic textile layer superimposed over a light steel structure is wrapping the rational concrete core of the building.

Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua

This textile (partially movable, connected with sensors to sun position) is the interface between interior and exterior spaces, blurring the boundaries between private and public and extending the inner comfort to the public space.

The Ecopolis Plaza project has the highest eco-label (A grade) of Spanish law.

The building extends its limits into the plaza and part of its functional processes are placed outside to make them more transparent to the public, creating a more conscious way of managing natural resources.

Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua

The sewage system ends into a lagoon in front of the building where all the waste water from the building is naturally purified by macrophyte plants.

Ecopolis Plaza
© Mark Bentley
Ecopolis Plaza
© Emilio P. Doiztua

All the purified water is stored under the ground within a gravel tank and it is used for all the irrigation needs of the plaza, this artificial landscape emulates a natural riverbank.

Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua

An artificial topography has been created as an enclosure and protection filter from the aggressive industrial environment, within the plaza it is easy to forget about the context and to imagine you are somewhere else, closer to nature.

Ecopolis Plaza is also a demonstrative experience of economy of means applied to the field of sustainable construction, where efficiency usually means higher construction cost.

Ecopolis Plaza
© Mark Bentley
Ecopolis Plaza
© Emilio P. Doiztua
Ecopolis Plaza
© Emilio P. Doiztua

The Ecopolis project cost per square meter is more than 35% less than a conventional building.


Ecopolis Plaza
Exploded Axon
Ecopolis Plaza
Site Plan


Ecopolis Plaza
macrophytes system diagram 01
Ecopolis Plaza
macrophytes system diagram 02
Ecopolis Plaza
macrophytes system diagram 03


Ecopolis Plaza
Plan 01
Ecopolis Plaza
Plan 02
Ecopolis Plaza
Plan 03


Ecopolis Plaza
Section 01
Ecopolis Plaza
Section 02
Ecopolis Plaza
Section 03