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Ven 22 Mar
Seminari e Convegni

Operational optimisation of building energy performance based on activities during EPC generation

The TIMEPAC project, funded by the European Union, is proud to announce the launch of the TIMEPAC Academy, an innovative learning platform designed to shape Europe's new energy performance landscape.

As we strive to meet ambitious climate targets and tackle energy poverty, the TIMEPAC Academy invites building experts across Europe to enhance their knowledge of certification methods, tools, and training necessary to support the renovation of Europe’s building stock. In alignment with the upcoming European Union’s Energy Performance of Buildings Directive (EPBD), TIMEPAC is dedicated to fostering a comprehensive approach to building assessment and certification. The TIMEPAC Academy is a free learning platform committed to providing industry professionals with the knowledge and skills needed to excel in evaluating and certifying building energy performance.

The inaugural series of six training webinars will cover a range of topics essential for professionals in the building sector to understand how building certification can be improved, and enhanced. These webinars are tailored for certifiers, energy auditors, architects, engineers, energy managers, facility managers, energy agencies, and local public authorities, offering insights into the latest developments in the EPBD and key energy-saving techniques.

Last of six training webinanrs is titled "Operational optimisation of building energy performance based on activities during EPC generation" and will be held on Friday, March 22, 2024.

The new EPBD recast aims to increase the rate of renovations of energy-inefficient buildings and improve information on energy performance. Member States shall ensure that energy performance certificates (EPCs) are affordable and issued by independent experts following an on-site visit. In the context of the TIMEPAC project, on-site visit is an essential element of the EPC generation process and must be properly planned. During the on-site visit, the certifier should visually inspect the condition of the equipment, systems, and living/working spaces. During this webinar, we will explore how to combine the on-site visit with re-commissioning activities. Our goal is to empower participants with the necessary knowledge and skills to provide cost-effective optimization advice based on activities during EPC generation.
Re-commissioning (Re-Co) is the expression used to describe an energy-system operation-optimization service in existing buildings. It focuses on improving the overall performance of a building by investigating and improving how systems operate together. It consists of a rapid energy audit of the buildings, focused on a check and re-set of the energy system’s operating parameters. Even though they might give rise to some additional costs, Re-Co services can be carried out successfully and be a cost-effective part of the EPC-generation process because they will generate additional benefits for the owners and building users. The webinar will also provide insights into the monitoring and targeting techniques and comparing the existing with the expected performance.

Program of the day:
  • Welcome: Stane Merše (JSI)
  • 1° Session | Re-Commissioning: Creating awareness and common understanding: Marko Pečkaj (JSI)
  • 2° Session | Distinguishing Re-Co energy audit and retrofits: Boris Sučić (JSI)
  • 3° Session | Re-Co in the building life cycle: Gašper Stegnar (JSI)
  • 4° Session | Re-Co and EPC: Gašper Stegnar (JSI)
  • 5° Session | Planning Re-Co activities: Marko Pečkaj (JSI)
  • 6° Session | Re-Co and BACS: Boris Sučić (JSI)
  • 7° Session | Re-Co and HVAC: Vincenzo Corrado (Politecnico di Torino)
  • 8° Session | Re-Co and electrical lighting: Matej Pahor (GOLEA)
  • Discussion and closing remarks: Boris Sučić (JSI)
For more information on the webinar please refer to the training program and visit the TIMEPAC Academy website to register, or write at this email of Boris Sučić.

The consortium has received funding from the European Union’s Horizon 2020 research and innovation program under grant agreement No. 101033819 as part of the call “LC-SC3-B4E-4-2020 – Next-generation of Energy Performance Assessment and Certification”.