SmarterEPC – Assessment of tools for the calculation of the EPC and the SRI

SmarterEPC – Assessment of tools for the calculation of the EPC and the SRI

This report, D2.1 – Assessment of Existing Tools for EPC and SRI Calculation at the European Level, represents a pivotal component of Work Package 2 within the SmarterEPC project. The primary aim of this deliverable is to provide a comprehensive overview and critical evaluation of the current tools used for calculating Energy Performance Certificates (EPC) and Smart Readiness Indicators (SRI) across Europe. This evaluation is foundational to enhancing the effectiveness and user-friendliness of these tools, aligning with the project’s goal to integrate smart readiness aspects into buildings’ energy certification processes.

The scope of this report includes:

  • An extensive documentation of existing EPC and SRI calculation tools, focusing on methodologies, data collection practices, user interfaces, and interoperability features.
  • An in-depth analysis highlighting the gaps and deficiencies in current tools, with special emphasis on areas for improvement and potential integration with next-generation tools developed under the NextGenEPC projects.
  • To engage with a wide array of stakeholders, including assessors, building owners, facility managers, public authorities, and design/engineering firms, ensuring that their insights and feedback are integrated into the development and validation of the tools.

The methodology adopted for this task incorporates a combination of field research, literature reviews, interviews, and roundtable discussions. This multifaceted approach ensures a well-rounded and detailed assessment, incorporating various perspectives and expertise within the field.
Key Findings:

  • EPC Tools: Documented and analysed 85 distinct EPC tools across 27 EU member states, evaluating aspects such as data input methods, deployment models, and compliance with regulatory standards.
  • SRI Tools: Reviewed and documented seven SRI tools, each contributing uniquely to smart building assessments. Key features and technological readiness levels were assessed to provide a comprehensive understanding of the tools’ functionalities.