ENEL Pavilion

In designing the ENEL Pavilion for Expo 2015, the concept of “energy sharing” become an architectural theme, with the creation of a virtual volume: a place, generated by a grid onto which 650 polycarbonate vectors are grafted, they express the innovation of the smart grid. The pavilion occupies an area of 900 sqm, overlooking the Decumano. The initial matrix of the project is the intelligent network that ENEL created to power the EXPO site; grafted onto the network are vectors that represent the system’s nerve endings, the vectors create a virtual forest, illuminated by a series of LED lights. Enel Pavilion offers an experiential path, the visit is immersive and proposes a playful aspect that allows the visitor to penetrate freely into the “forest” and to interact with the vectors through unexpected situations of light and sound.

© Andrea Martiradonna

Competition, 1st prize

Expo 2015

Milan, Italy

2015 – Built

Built surface: 900 sqm

Client: Enel

Cultural Concept



enel pavilion rif02

Jesús Rafael Soto 2014
The Houston Penetrable

enel pavilion rif03

Gertrude Goldschmidt Gego 1977
Esfera N°5

enel pavilion rif01

La firma in bianco, 1965


An elevated walkway is the dynamic experiential path that leads visitors through both the virtual forest and the natural forest. The lush green courtyards make the topic of sustainability the beating heart of the system.


The Control Room is the operational and nerve center of the entire ecosystem: here the visitor can understand how the entire intelligent system works.


Made from clear polycarbonate tubes with a diameter of 150 mm and a height varying between 5.3 and 7 meters, the vectors create a virtual forest.


The alignment, disalignment and overlapping of the vertical elements produces a continuous changing of the visitors’ perception of the space.




PIUARCH SRL - VIA PALERMO 1, 20121 MILANO P.IVA: 13139320157 - CODICE FISCALE E NUMERO DI ISCRIZIONE: 13139320157 del Registro delle Imprese della CCIAA di Milano - Rea: 1621047 - CAPITALE SOCIALE : € 10.000 - privacy policy