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Articles
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Newsletters
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Promotional Materials
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Reports
- ACE aspires to climate-positive circular communities – ACE Press release March 2022
- Habitech Newsletter – January 2022
- Habitech Newsletter – June 2022
- 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)
- Pupils are making circular art for Oslos's first "energy plus" school
- This is how the new [Voldsløkka] school building gets the most out of solar energy (article in Norwegian)
- A fast and effective method for modelling and optimizing district heating systems in the Modelica language
- 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
- Impact of building integrated photovoltaics on high rise office building in the Mediterranean
- Method for 3D neighborhood model creation in CityGML standard as basis for urban simulation tools. Master's thesis in Sustainable Architecture.
- 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
- 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
- Thermal energy storage for data centre waste heat recovery in district heating systems
- 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
- Articles coming soon
- D2.1 Assessment framework for CPCC (DRAFT – pending European Commission approval)
- D3.1 Plan and overall methodology for establishing CPCC Living Labs, including stakeholder mapping (DRAFT – pending European Commission approval)
- D4.1 Design guidelines for a Climate Positive Circular Community in Oslo (DRAFT – pending European Commission approval). With graphical summary.
- D4.2 Design guidelines for a Climate Positive Circular Community in Utrecht (DRAFT – pending European Commission approval). With graphical summary.
- D4.3 Design guidelines for refurbishment and new buildings in the Positive Circular Community in Palma (DRAFT – pending European Commission approval). With graphical summary.
- D4.4 Design guidelines for the zero-emission & positive energy renovation of the health care centre in Karviná (DRAFT – pending European Commission approval). With graphical summary.
- D4.5 Design guidelines of Climate Positive Circular Community in Trento (DRAFT – pending European Commission approval). With graphical summary.
- D8.1 Monitoring evaluation and impact assessment framework (DRAFT – pending European Commission approval)
- D9.1 ARV innovation intelligence for impact report 2022 (DRAFT – pending European Commission approval)
- D9.2 Encyclopenergy – A business and financing models catalogue (DRAFT – pending European Commission approval)
- Articles coming soon
