With a specific emphasis on building assessment and certification, TIMEPAC platform equips individuals with the necessary knowledge and skills to evaluate and certify building energy performance. Through a range of specialised webinars, courses, and resources, the TIMEPAC Academy empowers professionals to play a pivotal role in advancing energy efficiency and sustainability within the built environment.

The upcoming recast of the EPBD includes various measures to facilitate targeted financing for investments in the residential building sector and to gradually introduce minimum energy performance standards for non-residential buildings. Their ultimate aim is to decarbonize the building stock by increasing renovation and improving building energy performance. Moreover, these initiatives should lead to increased reliability, quality, and digitalization of Energy Performance Certificates (EPCs), with energy performance classes being established based on common criteria.

In the context of the TIMEPAC project, EPCs are not perceived as mere paper-based documents; rather, they are envisioned as digital repositories of integrated information. However, the current EPCs predominantly cater for end-users, offering limited and often unreliable technical data.

Consequently, the enhanced EPC should serve multiple functions, evolving into a central document accessible to various stakeholders, including end-users, energy certifiers, and local, regional, and national authorities. Thus, the next-generation energy certificate should be tailored to specific audiences and intended purposes.

This webinar will explain how to harness EPC data for the preparation of deep energy renovation projects, and gain insights into monitoring and verifying energy savings, including the potential role of EPCs in this process. The objective is to equip participants with the knowledge and skills necessary to harness EPC data for the preparation of deep energy renovation projects. Additionally, the webinar will offer insights into monitoring and verifying energy savings, including the potential role of EPCs in this process.