RESEARCH LABS D4 · JAEN UNIVERSITY CAMPUS, SPAIN
NEW CONSTRUCTION
The façade of the building is made up of a substructure that contains photovoltaic laminated safety glass panels which create a lattice that generates more than 110 kWp of energy production. This energy production represents 20% of all the energy needed by the building, making it an example of energy efficiency. Furthermore, thanks to its design, the structure was optimized to create an optimal balance between the entry of natural light and shading, which contributes to reducing energy consumption and increasing the comfort of the researchers who use the building. The building enjoys high visibility on the university campus and had to convey an image of innovation and modernity, marking the technological character of the Jaen University. The glasses manufactured were totally customized in terms os size and cell density following customer's requirements to reach a peak power of 108 Wp per square meter.
The photovoltaic glass used for the Research Labs D4 at Jaen University was specifically chosen to align with the building's energy goals and environmental conditions. By allowing natural light to penetrate through the façade while blocking excessive heat and UV radiation, the photovoltaic glass reduces the need for artificial lighting and cooling, improving both energy efficiency and indoor comfort. Its dual function of shading and energy generation ensures that the building maintains a stable internal climate, which is particularly beneficial for research environments that demand high levels of concentration and comfort.
In addition to its technical benefits, the photovoltaic glass enhances the building’s modern aesthetic, reinforcing the cutting-edge image of Jaen University. The customizable design, including the cell density and layout, allows the façade to seamlessly integrate into the overall architectural vision while also meeting the building’s sustainability targets. This project is a clear demonstration of how photovoltaic glass can contribute to both the functionality and visual appeal of research and academic buildings, supporting the university’s broader commitment to innovation and sustainability.
"The design of this building responds to the University of Jaen's philosophy of pursuing energy sustainability. It generates 20% of the energy it consumes thanks to the installation of photovoltaic glass on the façade."
CA Arq Arquitectos is a forward-thinking architectural firm focused on delivering innovative and sustainable designs that meet modern environmental challenges. The firm emphasizes the integration of advanced technologies and eco-friendly materials into its projects.
Acciona is a global leader in sustainable infrastructure solutions, committed to integrating renewable energy into its projects to combat climate change. With a strong focus on energy-efficient technologies and sustainable development.
The Universidad de Jaén (UJA) is at the forefront of academic research and innovation, particularly in the fields of sustainability and renewable energy. By incorporating Onyx Solar’s photovoltaic glass into its campus facilities, UJA demonstrates its commitment to leading by example in environmental responsibility, using cutting-edge technology to reduce energy consumption and promote sustainable practices among its students and staff.
