First realized as an Industrial Design Thesis project at Pratt Institute in Spring 2005 by Samuel Cabot Cochran, GROW.1 employs thin film photovoltaics with piezoelectric generators and screen printed conductive ink encapsulated in ETFE fluoropolymer lamination.

GROW.1 is designed to utilize emerging technology of the photovoltaic and piezo industry. Based around a modular brick system, .1 is composed of a small number of different parts. Each brick has 5 solar leaves which have a very flexible piezo generator at their stem. The manufacturing of these bricks could happen in a roll to roll printing process where PV, conductive ink, and piezo generators can be layered quickly and efficiently. The rolls can then be stamped and formed to create leaves and connection points. Each brick is designed so that at the end of their life cycle the valuable components, i.e. photovoltaic and piezo, can be stamped out and up cycled while the reusable material, i.e plastic, can be up recycled back into the production stream.

more info: www.s-m-i-t.com