ANCONA COURT · ANCONA, ITALY
RENOVATION
The photovoltaic glass installed in the Ancona court incorporates 5BB crystalline silicon cells with an acid etch finish. With the aim of providing optimal insulation, the glass includes a 16mm argon chamber. In addition, the cell density chosen by the customer allows the photovoltaic glass to reach a nominal power of 131 Wp per square meters while allowing natural light to enter. All this allows the building to save a significant amount of energy and reduce its carbon footprint without sacrificing the comfort of its users.
The 23% visible light transmittance (VLT) of the glass allows sufficient natural light to enter the building, minimizing the need for artificial lighting and improving energy efficiency. Its 16% g-value helps limit heat gain, ensuring that the building stays cool without over-reliance on air conditioning, further enhancing its overall energy performance. With a customized cell density, the glass strikes the right balance between energy production and light transmission, all while complementing the building's sleek architectural design. The acid etch finish further adds to the modern aesthetic, blending functionality with visual appeal.
In conclusion, the use of photovoltaic glass in Ancona Court showcases how renewable energy technologies can be integrated into urban architecture, achieving sustainability without compromising on design or comfort.
