Enables you to develop dependable and efficient Building-Integrated Photovoltaic (BIPV) products by offering real-world testing and evaluation. It empowers you to make informed decisions, ensuring long-term stability, exceptional quality, and  ptimal electrical efficiency for your various outdoor applications.

By conducting accelerated tests that assess the stability and quality of materials and products for outdoor use, this pilot line provides you with a vital infrastructure.

Empowers you to revolutionize your dynamic glazing solutions, achieving exceptional performance, comfort, and energy efficiency. Embrace the possibilities and elevate your windows and glazed facades to new levels of excellence.

With advanced modelling, testing, and validation tools at your disposal, you can enhance visual and thermal comfort while improving the efficiency of your windows and glazed facades. By leveraging innovative technologies, you can maximize energy savings and elevate the overall performance of your buildings.

Analyses the impact of facade products on indoor environmental factors, aiming to enhance the indoor environment, optimize user comfort, promote energy efficiency, and pave the way for advanced solutions that prioritize the satisfaction and well-being of the occupants.

This pilot line focuses on analysing how facade products influence the indoor environment, including thermal, acoustic, visual, and indoor air quality factors.

Provides an opportunity to prioritize health and safety while exploring multilayer dry nEESs. It delivers innovative and sustainable envelope systems through advanced testing and modelling techniques.

This comprehensive approach seamlessly integrates various disciplines to ensure full compliance with safety standards for structural elements and envelope solutions.

Offers a valuable benefit by providing a comprehensive testing platform. It allows you to evaluate the mechanical and durability aspects of connectors in nZEB envelopes, ensuring optimal comfort and performance in your projects.

Empowers you to control solar gain in semi-transparent envelope components with cost-effective methods for measuring and simulating BSDF matrices. It enhances your understanding of complex facade systems, reduces risks through mock-up tests and in-situ evaluations, and provides a reliable assessment of solar gains.

Offers you a comprehensive and efficient solution for evaluating wooden prefab components. It ensures that their safety and performance meet the required standards. By using standardized testing methods, this pilot line provides you with valuable insights for product development and market readiness.

Covers various aspects including fire safety, hygrothermal properties, and acoustic characterization of wooden-based prefab facade systems.

We're excited to present the 3rd edition of MEZeroE magazine, focusing on new developments in construction and innovation. This edition highlights the completion of measurement and verification lines, the launch of open innovation services, and the upcoming digital platform. It features the progress of pilot lines and the development of eight Living Labs, which will be operational by early 2024. Additionally, the magazine previews the MEZeroE digital innovation platform, a future hub for construction professionals.

The Institute of Construction Technology (ITeC), part of the MEZeroE consortium, is hosting a briefing session on January 30, from 6:00 to 7:00 PM, for their innovative postgraduate course in Digital Sustainability in Construction. Developed in collaboration with the UPC School, this pioneering program addresses the urgent need for sustainable construction practices in the face of climate change and energy transition. The session, available in person and via streaming, will detail the course's curriculum and approach.