Topics – Page 14 – crossCert-KxC

D^2EPC – Life Cycle Indicators for next generation EPCs

This report presents a set of environmental and energy indicators for the next generation of EPCs

D^2EPC – Human-Centric indicators and user profiles for next generation EPCs

This report delivers the methodology for the extraction of user behavioural profiles that influence the building’s dynamic performance from the scope of occupant’s comfort and well-being

Comfort D^2EPC New KPIs Technical

Technical guidelines

D^2EPC – SRI Indicators for next generation EPCs

This report presents the finalized SRI calculation subcomponent of the D^2EPC platform

D^2EPC New KPIs SRI Technical

Technical guidelines

E-DYCE Towards the Dynamic EPCs – E-DYCE applications in demo buildings: lessons learned

This webinar presents the results of the E-DYCE project focusing on the demonstrator buildings in Denmark, Italy, Switzerland and Cyprus

Technical guidelines

E-DYCE Demonstration of FusiX integration platform

This E-DYCE webinar presents the FusiX integration platform

Technical guidelines

E-DYCE Data collection and processing for Dynamic Energy Performance Certification

This E-DYCE webinar presents the experiences of E-DYCE project relative to data collection and processing for Dynamic Energy Performance Certification.

Technical guidelines

D^2EPC – Framework Architecture and specifications

This report presents finalized details on the D^2EPC system architecture, its building blocks, components, interdependencies among components and related constraints.

D^2EPC Next-Gen EPC Concept Technical

Technical guidelines

D^2EPC – Aspects of Next Generation EPC’s Definition

This report presents the aspects of the next-generation EPC schemes as defined within D^2EPC.

D^2EPC Next-Gen EPC Concept Technical

Technical guidelines

A methodology to estimate space heating and domestic hot water energy demand profile in residential buildings from low-resolution heat meter data

This paper introduces, tests, and compares several algorithms to separate and estimate the SH and DHW demand. To validate the presented methodology, a dataset of 28 Danish apartments with detailed energy monitoring (separated SH and DHW usage) is used.

Article E-DYCE Input data Technical

Technical guidelines

Simulated Versus Monitored Building Behaviours: Sample Demo Applications of a Perfomance Gap Detection Tool in a Northern Italian Climate

The paper focuses on the application of a semi-automatic methodology to compare and evaluate thermal behaviours of buildings by considering monitored and simulated data.