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Articles
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Newsletter and Magazines
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Promotional Materials
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Reports
- ACE aspires to climate-positive circular communities – ACE Press release March 2022
- Cort and Endesa carry out a pilot test in the GESA building to evaluate its efficiency and energy savings under ARV Project (Article in Spanish)
- Cort and Endesa carry out a pilot test in the GESA building to evaluate its efficiency under ARV project (Article in Spanish)
- Cort installs latest generation photovoltaic panels in the Gesa building within the framework of the European ARV project (Article in Spanish)
- EL COAAT Mallorca supports the ARV Project (Article in Spanish)
- Green incentives in building regulations (article in Italian)
- Habitech Newsletter – January 2022
- Habitech Newsletter – June 2022
- Habitech Newsletter – May 2024
- Innovative Virtual Reality tool to engage users in urban regeneration – IREC
- Neighbors of Nou Levante are interested in the ARV program to renovate their buildings (Article in Spanish)
- Newsletter from the ZEN Research Centre – August 2022
- Newsletter from the ZEN Research Centre – February 2023
- Newsletter from the ZEN Research Centre – January 2022
- Newsletter from the ZEN Research Centre – March 2022
- Newsletter from the ZEN Research Centre – March 2023
- Newsletter from the ZEN Research Centre – May 2023
- Newsletter from the ZEN Research Centre – May/June 2022
- Newsletter from the ZEN Research Centre – October 2022
- Oslo's first plus energy school is in the making (article in Norwegian)
- A fast and effective method for modelling and optimizing district heating systems in the Modelica language
- A methodological framework for designing a dynamic heat price for demand response in district heating
- Adaptive Model Predictive Controller for Building Thermal Dynamics
- Aftercooling concept: An innovative substation ready for 4th generation district heating networks
- An example of thermal retrofitting for the Piedicastello tunnel
- An interdisciplinary collaboration framework for the sustainable design of building integrated photovoltaics with complex geometry. Master's thesis in Sustainable Architecture.
- Evaluating Positive Energy Districts: A Literature Review
- Exploring Multiple Benefits of Urban and Energy Regeneration Projects: A Stakeholder-Centred Methodological Approach
- Impact of building integrated photovoltaics on high rise office building in the Mediterranean
- Increasing citizen engagement in sustainable architecture using augmented reality: A pilot study
- Multiple benefits analysis to support urban regeneration – A practical tool to support project implementation and acceptance
- Natural and Mechanical Ventilation Concepts for Indoor Comfort and Well-Being with a Sustainable Design Perspective: A Systematic Review
- Optimal design and operation for heat prosumer-based district heating systems
- Optimal price signal generation for demand-side energy management
- Recent Trends in Demand-Side Flexibility
- Reconciliation of wind power forecasts in spatial hierarchies
- Social and Architectural Values in Sustainable Plus-Energy Buildings and Neighbourhoods – Exploring the Residents' Perceptions. Master's thesis in Sustainable Architecture.
- Template for architectural and energy advice for retrofitting heavyweight non-residential heritage buildings in Norway. Master's thesis in Sustainable Architecture.
- Ten questions concerning energy flexibility in buildings
- Testing architectural quality Key Performance Indicators for Climate Positive Circular Communities in a new highly efficient residential building
- ARV e-marketplace leaflet in English (print version)
- ARV e-marketplace leaflet in English (web version)
- ARV e-marketplace leaflet in Italian
- ARV leaflet in Catalan
- ARV leaflet in Czech
- ARV leaflet in Danish
- ARV leaflet in Dutch
- ARV leaflet in English
- ARV leaflet in Italian
- ARV leaflet in Norwegian
- ARV leaflet in Spanish
- ARV poster (EN)
- Graphical summary of the design guidelines for a CPCC in Karviná
- Graphical summary of the design guidelines for a CPCC in Oslo
- Graphical summary of the design guidelines for a CPCC in Palma
- Graphical summary of the design guidelines for a CPCC in Trento
- Graphical summary of the design guidelines for a CPCC in Utrecht
- D10.1 Corporate Identity
- D10.4 Newsletter and dissemination material_leaflet_poster_roll-up
- D2.1 Assessment framework for CPCC
- D3.1 Plan and overall methodology for establishing CPCC Living Labs, including stakeholder mapping
- D4.1 Design guidelines for a Climate Positive Circular Community in Oslo. With graphical summary.
- D4.3 Design guidelines for refurbishment and new buildings in the Positive Circular Community in Palma. With graphical summary.
- D4.4 Design guidelines for the zero-emission & positive energy renovation of the health care centre in Karviná. With graphical summary.
- D4.5 Design guidelines of Climate Positive Circular Community in Trento. With graphical summary.
- D8.1 Monitoring evaluation and impact assessment framework
- D9.1 ARV innovation intelligence for impact report 2022
- D9.2 Encyclopenergy – A business and financing models catalogue
- D10.3 Project website e-marketplace social media V.03 (DRAFT – pending European Commission approval)
- D10.8 A Blueprint for planning design construction operation and use of CPCCs (DRAFT – pending European Commission approval)
- D3.2 Implementation Plan of CPCC Living Labs per Demo Site – Demonstration of LLs (DRAFT – pending European Commission approval)
- D3.3 CPCC Living Labs Report (DRAFT – pending European Commission approval)
- D4.1 Design Guidelines for a Climate Positive Circular Community in Oslo (DRAFT- pending approval from the European Commission)
- D4.3 Design Guidelines for refurbished and new buildings in the Positive Circular Community in Palma (DRAFT- pending approval from the European Commission)
- D4.4 Design Guidelines for the zero-emission & positive energy renovation of the health care centre in Karvina (DRAFT- pending approval from the European Commission)
- D4.5 Design Guidelines of Climate Positive Circular Community in Trento (DRAFT- pending approval from the European Commission)
- D7.6 Guidelines on descriptions of smartness and flexibility (DRAFT – pending European Commission approval)
- D9.1 ARV Innovation Intel for impact report 2023 (DRAFT- pending approval from the European Commission)
- D7.2 Archetype Building Models (DRAFT – pending European Commission approval)
- D10.8 A Blueprint for planning design construction operation and use of CPCCs (DRAFT- pending European Commission Approval)
- D2.6 Demos of Virtual Reality Environments (DRAFT – pending European Commission approval)
- D3.3 CPCC Living Labs Report (DRAFT- pending European Commission Approval)
- D4.2 Design guidelines for a Climate Positive Circular Community in Utrecht. With graphical summary (DRAFT – pending European Commission approval).
- D5.1 Pre-Manufacturing Workflow for Industrialized Renovation of Buildings (DRAFT- pending approval from the European Commission)
- D6.2 Guidelines for integrated design and implementation of renewable energy systems and energy storage systems for building and neighbourhood energy needs in Sonderborg (DRAFT- pending approval from the European Commission)
- D7.7 Guidelines on climate zone related design principles (DRAFT- pending European Commission Approval)
- D8.5 Report on Streamlined LCA-LCCA Comparing Alternative Solutions and Scenarios (DRAFT – pending European Commission approval)
- D9.1 ARV Innovation Intel for Impact Report (DRAFT- pending European Commission Approval)
- D9.3 Design business model blueprints for energy positive retrofits for different asset classes as modules for replication across the EU (DRAFT- pending European Commission Approval)
- D9.5 Design building-linked financing instruments (DRAFT- pending European Commission Approval)
- Policy Recommendation Paper Speeding up the implementation of Zero-Emission Buildings and Neighbourhoods through targeted financial policies 2024.
