Documents

This page will collect all documents and public reports developed during the project.

WP1 reports

D1.1 An analysis of the value chains
D1.2 Report on current design process

WP2 reports

D2.2 Definition of sustainable Key Performance Indicators
D2.7 Manual describing the conduct of the developed collaborative design system

WP4 reports

D4.1 Building and district retrofit technologies review and characterisation

WP5 reports

D5.1 The scope, applicability and constraints of financing & business models
D5.4 Standards, rating and sustainability design for retrofit projects

WP6 reports

D6.1 Characterisation of the buildings involved in the pilot
D6.2 Report on stakeholders and occupant engagement in the pilot projects
D6.3 Evaluation of the methodology and tools

WP7 reports

D7.3 Dissemination plan
D7.4-5-6 Dissemination activity report
D7.7-8-9 Report on LATs activities

Dissemination materials

NewTREND 1st factsheet
NewTREND 2nd factsheet
NewTREND 3rd factsheet
NewTREND Value chain & design process in an IDP framework - Booklet 1
NewTREND Integrated Retrofit Design Methodology - Booklet 2
NewTREND Retrofit Technologies - Booklet 3
NewTREND Standards, ratings and sustainability design for retrofit projects - Booklet 4
NewTREND Pilot Projects - Booklet 5
NewTREND LAT meetings - Booklet 6
NewTREND tools - Booklet 7

E-Learning - Training session material

Introduction to the NewTREND Training session
NewTREND methodology and phases of a retrofitting project
Introduction to the NewTREND toolset, user roles and project management functionalities
User manual for the NewTREND computer design platform

Papers

V. Ferrando, B. Klebow, N. Purshouse, P. Mittermeier, A. Khoja, N. Essig, N. Dunphy and P. O’Connor, NEW METHODOLOGY AND TOOLS FOR RETROFIT DESIGN TOWARDS ENERGY EFFICIENT AND SUSTAINABLE BUILDINGS AND DISTRICTS
Naspi F., Arnesano M., Zampetti L., Stazi F., Revel GM., D'Orazio M. (2018). Experimental study on occupants interaction with windows and lights in Mediterranean offices during the non-heating season.
Deme Z., Naspi F., Arnesano M., Reith A., Revel GM. (2018). Investigation on window opening and closing behavior in schools through measurements and surveys: A case study in Budapest.
Naspi F., Arnesano M., Revel GM., Aird G., Klebow B., Stazi F., D’Orazio M. (2018). Data-driven Behavioural Modelling for Building Energy Simulation Based on Scripted Profiles.
Naspi F., Stazi F., Arnesano M., Seri F., Zampetti L., Revel GM., D’Orazio M. (2018). Measuring users-windows interactions in buildings: behavioural models for the summer season.
Arnesano M., Naspi F., Claudi L., Revel GM. (2018). A framework for comfort assessment in buildings and districts retrofit process.
Naspi F., Stazi F., Arnesano M., Seri F., Zampetti L., Revel GM, D’Orazio M. (2017). Modelli comportamentali per la previsione dell’interazione finestre-utenti nel periodo estivo.
Stazi F., Naspi F., Arnesano M., Revel GM., D’Orazio M.(2018). An optimal system to measure and control electrict lights by behavioural models.
Dunphy, N. P. 2018. Project delivery configuration for satisficing building energy renovation activities.