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UCAV Labs Façade featuring Crystalline Silicon Photovoltaic Technology Glass by Onyx Solar

UCAV LABS · AVILA UNIVERSITY, SPAIN

PHOTOVOLTAIC CURTAIN WALL · CRYSTALLINE & AMORPHOUS SILICON TECHNOLOGY

RENOVATION

This project combines cutting-edge photovoltaic technologies, integrating crystalline silicon cells in DEEP BLUE shades and amorphous silicon glass in various transparencies. The design features photovoltaic glass from Onyx Solar, carefully selected for their varying degrees of transparency and color to enhance both the visual and functional appeal of the building’s spaces. The project has installed an extensive photovoltaic curtain wall, covering 853 m². This wall is strategically oriented towards the south and partially to the east to maximize the penetration of natural light. It is not only aesthetically pleasing but also optimizes energy efficiency, creating a bright and welcoming atmosphere in the university's lobby while promoting environmental sustainability. The inclusion of specialized glass that combines different levels of transparency with air-insulated chambers ensures exceptional thermal comfort and effective insulation against the cold climate typical of Ávila.

EXPLORE THE INNOVATIVE FEATURES OF THIS SUSTAINABLE ENERGY PROJECT

The incorporation of these advanced photovoltaic technologies demonstrates the commitment to sustainability and energy efficiency at UCAV LABS. By integrating both crystalline silicon cells and amorphous silicon glass panels, the building is equipped to generate substantial amounts of renewable energy, which directly supports the university’s energy consumption needs. The deep blue shades of the crystalline silicon cells add a striking visual element to the exterior, while also delivering high-efficiency energy generation, particularly during peak sunlight hours. This selection of materials ensures that the building operates at optimal efficiency throughout the year.

Additionally, the amorphous silicon glass with varying transparencies has been crucial in balancing energy performance and aesthetics. The different levels of transparency allow natural light to flood the interior spaces, reducing the need for artificial lighting while also ensuring that the building doesn’t overheat during warmer months. This thoughtful design maximizes daylight while controlling glare and heat gain, contributing to a more comfortable indoor environment for students and faculty.

Moreover, the air-insulated chambers incorporated within the photovoltaic glass offer exceptional thermal insulation. This feature is particularly valuable in Ávila's cold climate, where maintaining a stable indoor temperature is essential for occupant comfort. The insulating properties of the glass help to reduce heat loss in winter, while also acting as a barrier against excessive heat during the summer, making the building both energy-efficient and comfortable year-round.

The strategic orientation of the photovoltaic curtain wall also plays a key role in the building’s energy performance. By facing south and partially east, the façade is able to capture the maximum amount of sunlight throughout the day, optimizing both energy generation and natural light penetration. This design not only enhances the building’s functionality but also reflects the university’s forward-thinking approach to sustainable building practices. Through the use of photovoltaic technology, the building is able to reduce its carbon footprint while also benefiting from reduced energy costs over the long term.

Interior view of UCAV Labs façade featuring Crystalline and Amorphous Silicon Photovoltaic Technology Glass by Onyx Solar
Interior view of UCAV Labs façade featuring Crystalline and Amorphous Silicon Photovoltaic Technology Glass by Onyx Solar
Interior Details of UCAV Labs façade featuring Crystalline and Amorphous Silicon Photovoltaic Technology Glass by Onyx Solar
Interior Details of UCAV Labs façadefeaturing Crystalline and Amorphous Silicon Photovoltaic Technology Glass by Onyx Solar
Overview of UCAV Labs façade featuring Crystalline and Amorphous Silicon Photovoltaic Technology Glass by Onyx Solar
Exterior Details of UCAV Labs façade featuring Crystalline and Amorphous Silicon Photovoltaic Technology Glass by Onyx Solar
Overview of UCAV Labs façade featuring Crystalline  and AmorphousSilicon Technology by Onyx Solar
 Exterior Details of UCAV Labs façade featuring Crystalline  and AmorphousSilicon Photovoltaic Technology Glass by Onyx Solar
Interior view of UCAV Labs façade featuring Crystalline and Amorphous Silicon Photovoltaic Technology Glass by Onyx Solar
ABOUT CATHOLIC UNIVERSITY OF AVILA

Catholic University of Avila, located in Spain, is renowned for its commitment to academic excellence and innovation across various disciplines. As a key institution driving research and development, UCAV has established cutting-edge laboratories to foster technological advancements and sustainability. In collaboration with Onyx Solar, the university continues to explore the integration of renewable energy and innovative materials, creating a learning environment that not only educates but also leads the way in the future of sustainable architecture.

ABOUT JMI OBRAS

JMI Obras is a construction company with extensive experience in delivering high-quality projects across Spain. With a focus on precision and efficiency, the company is dedicated to turning ambitious architectural designs into reality. Through its partnership with UCAV and Onyx Solar, JMI Obras plays a crucial role in ensuring the successful construction and implementation of sustainable solutions for the UCAV Labs project.

ABOUT UXAMA

Uxama fachadas singulares, is a specialized company focused on creating unique façade solutions for architectural projects. They offer custom-designed façades that are visually striking and high-performing, combining aesthetics with advanced materials and technologies. Uxama provides a range of façade systems and solutions tailored to the specific design and functional requirements of their clients, emphasizing innovation and quality craftsmanship.

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