The final EnergyMatching Newsletter
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Read MoreThis document presents the EnergyMatching (EM) Platform, clarifying its main objective, the identified target users and the contents provided for specific user categories. The online EnergyMatching Platform was developed with the aim of support different categories of stakeholders in maximizing the RES (Renewable Energy Sources) harvesting in their built environment. Four main sections are included and targeted to specific visitors. They offer a tool that users can run to find an optimal solution for their BIPV projects, inspiring examples of active building skin solutions (BIPV and Solar Window Block) with expected performance indicators, and a direct channel to technology providers active on the market who developed within the EnergyMatching project products and strategies useful to support the RES integration in buildings.
The research presented in this document focuses on the manufacturing of the different solar window block samples for laboratory testing. The three mock-ups have been developed considering different solar window package options, to promote their applications in demo-case buildings during the Energy Matching project activities and foster replication after project end.
Description of all necessary functional samples for laboratory testing at system level (structure + PV-laminates from Onyx) for roof and façade configurations.
This document addresses the technical specifications and detailed designs of BIPV samples selected for laboratory testing, based on the solutions selected for the demo sites from the proposed options of the glass-glass BIPV modules designs described in this document.
This document addresses the technical specifications and detailed designs of BIPV samples selected for laboratory testing, based on the solutions selected for the demo sites from the proposed options of the composite based crystalline silicon BIPV modules designs.
This document describes the main energy technologies and the possible systems for building and district in the Energy Matching project.