T-Energy

Università degli Studi di Milano

The project aims to recreate a modern architecture that combines structural, decorative, and energy-generating elements, merging them into a single creation. This installation seeks to demonstrate how both solar panels and structural and decorative elements can be integrated during the design phase and become essential components rather than accessories for the building.

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The Project

The installation consists of a 15-meter-high metal structure created by Olmi, with a square base measuring 480 cm x 480 cm that houses modular light panels made by Martini, which are illuminated by solar panels produced by Pramac. The structure is oriented southwest. The energy absorbed during the day through the solar panels is used at night to light up the panels, creating a play of light and shadow due to the structure of the tower itself. The tower aims to demonstrate the integration of three technologies: metalworking, photovoltaic technology, and LED lighting technology.

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The structure of the tower is made by Olmi, a company specialized in the construction of industrial plants with a focus on heat exchange, with extensive experience in the use of metallic materials and welding techniques. Lightness, strength, and speed of construction are the key features of this self-supporting structure.

Regarding energy generation, the project involves the use of next-generation photovoltaic modules produced by Pramac, based on "micromorph thin-film" technology. This new technological solution surpasses traditional silicon panels both in terms of efficiency and architectural impact. The panels consist of a 5-millimeter-thick glass sheet and are integrated into the metal structure. Pramac, leveraging its expertise in the energy production sector and its interest in new technologies, particularly in renewable energy like photovoltaics and wind power, demonstrates the ability to produce clean, renewable energy in a way that is both eco-friendly and aesthetically compatible.

The light panels are produced by Martini. They use panels with a light guide system specifically designed to evenly diffuse the light emitted by LEDs placed along the edges. The LEDs, available in different colors (RGB), are carefully mixed to achieve 16 million color combinations. Controlled through DMX512 management and individually addressed, they allow the installation to "come to life." The light elements are protected by a tempered glass screen and a steel frame.