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Dr. Juan Blanco Cadena
politecnico di milano, Department of architecture, built environment and construction engineering - ABC

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0 Comfort
0 Occupant Behavior
0 Sustainable Construction
0 Adaptive building systems

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Journal article
Published: 19 April 2021 in Sustainability
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Urban Built Environments (UBE) are increasingly prone to SLow-Onset Disasters (SLODs) such as air pollution and heatwaves. The effectiveness of sustainable risk-mitigation solutions for the exposed individuals’ health should be defined by considering the effective scenarios in which emergency conditions can appear. Combining environmental (including climatic) conditions and exposed users’ presence and behaviors is a paramount task to support decision-makers in risk assessment. A clear definition of input scenarios and related critical conditions to be analyzed is needed, especially while applying simulation-based approaches. This work provides a methodology to fill this gap, based on hazard and exposure peaks identification. Quick and remote data-collection is adopted to speed up the process and promote the method application by low-trained specialists. Results firstly trace critical conditions by overlapping air pollution and heatwaves occurrence in the UBE. Exposure peaks (identified by remote analyses on the intended use of UBEs) are then merged to retrieve critical conditions due to the presence of the individuals over time and UBE spaces. The application to a significant case study (UBE in Milan, Italy) demonstrates the approach capabilities to identify key input scenarios for future human behavior simulation activities from a user-centered approach.

ACS Style

Juan Blanco Cadena; Graziano Salvalai; Michele Lucesoli; Enrico Quagliarini; Marco D’Orazio. Flexible Workflow for Determining Critical Hazard and Exposure Scenarios for Assessing SLODs Risk in Urban Built Environments. Sustainability 2021, 13, 4538 .

AMA Style

Juan Blanco Cadena, Graziano Salvalai, Michele Lucesoli, Enrico Quagliarini, Marco D’Orazio. Flexible Workflow for Determining Critical Hazard and Exposure Scenarios for Assessing SLODs Risk in Urban Built Environments. Sustainability. 2021; 13 (8):4538.

Chicago/Turabian Style

Juan Blanco Cadena; Graziano Salvalai; Michele Lucesoli; Enrico Quagliarini; Marco D’Orazio. 2021. "Flexible Workflow for Determining Critical Hazard and Exposure Scenarios for Assessing SLODs Risk in Urban Built Environments." Sustainability 13, no. 8: 4538.

Journal article
Published: 28 January 2021 in Applied Sciences
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Citizens in dense built environments are susceptible to the simultaneous occurrence of Slow Onset Disaster (SLOD) events, being particularly prone to increasing temperatures and air pollution. Previous research works have assessed these events’ arousal separately and have identified when their intensity is critical. However, few have integrated their analysis, possibly limited by the quality and granularity of available data, the accessibility and distribution of sensors, and measurements not emulating the surroundings of a pedestrian. Thus, this work performed an outdoor meso-scale multi-hazard-based risk analysis to study the aggregated effects of the SLODs mentioned above. The study was carried out to narrow down the time-frames within 2019 in which these two events could have affected citizens’ health the most. A weighted fuzzy logic was applied to superimpose climatic (temperature, humidity, wind speed, and solar irradiance) and air quality (particulate matter, ozone, and ammonium) distress (true risk) on an hourly basis, allocated using set healthy and comfortable ranges for a specific dense urban climate context within Milan (Italy), processing data from Milano via Juvara station. The findings show that sensitive groups were at risk of high temperature and pollution separately during 26% and 29% of summer and mid-season hours, respectively; while multi-hazard risk would arise during 10.93% of summer and mid-season hours, concentrated mainly between 14:00 and 20:00.

ACS Style

Juan Diego Blanco Cadena; Nicola Moretti; Graziano Salvalai; Enrico Quagliarini; Fulvio Re Cecconi; Tiziana Poli. A New Approach to Assess the Built Environment Risk under the Conjunct Effect of Critical Slow Onset Disasters: A Case Study in Milan, Italy. Applied Sciences 2021, 11, 1186 .

AMA Style

Juan Diego Blanco Cadena, Nicola Moretti, Graziano Salvalai, Enrico Quagliarini, Fulvio Re Cecconi, Tiziana Poli. A New Approach to Assess the Built Environment Risk under the Conjunct Effect of Critical Slow Onset Disasters: A Case Study in Milan, Italy. Applied Sciences. 2021; 11 (3):1186.

Chicago/Turabian Style

Juan Diego Blanco Cadena; Nicola Moretti; Graziano Salvalai; Enrico Quagliarini; Fulvio Re Cecconi; Tiziana Poli. 2021. "A New Approach to Assess the Built Environment Risk under the Conjunct Effect of Critical Slow Onset Disasters: A Case Study in Milan, Italy." Applied Sciences 11, no. 3: 1186.

Conference paper
Published: 08 December 2020 in Blockchain Technology and Innovations in Business Processes
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Resilience of the built environment is a primary issue to provide the citizens users a high-quality environment and livable cities. The aim of this research is to identify the Built Environment (BE) typologies prone to the Slow Onset Disasters (SLODs), in Italian cities. A SLOD can be defined as an uninterrupted, gradual or variable, low intensity and high frequency event that generates a negative effect on population, which on the long term can generate significant health and environmental decay. The results of the research have demonstrated that some SLODs type are more impacting within the built environment: the air pollution concentration and the increasing temperatures. Moreover, it has been demonstrated that some urban archetypes: the piazza, piazzale and the urban canyon are more prone to produce negative effects on the population through amplification of the consequences of the exposure to the SLODs. The article concludes with some insights (solar radiation and wind tunneling analysis) on the most critical architypes, for understanding better how they perform under specific conditions. This research, within the context of the Italian research project (PRIN) BE S2ECURe, is to be intended as the first step towards the definition of a method for assessment of the effects of the SLODs risk on a specific part of the city.

ACS Style

Graziano Salvalai; Nicola Moretti; Juan Diego Blanco Cadena; Enrico Quagliarini. SLow Onset Disaster Events Factors in Italian Built Environment Archetypes. Blockchain Technology and Innovations in Business Processes 2020, 333 -343.

AMA Style

Graziano Salvalai, Nicola Moretti, Juan Diego Blanco Cadena, Enrico Quagliarini. SLow Onset Disaster Events Factors in Italian Built Environment Archetypes. Blockchain Technology and Innovations in Business Processes. 2020; ():333-343.

Chicago/Turabian Style

Graziano Salvalai; Nicola Moretti; Juan Diego Blanco Cadena; Enrico Quagliarini. 2020. "SLow Onset Disaster Events Factors in Italian Built Environment Archetypes." Blockchain Technology and Innovations in Business Processes , no. : 333-343.

Articles
Published: 24 July 2020 in Architectural Engineering and Design Management
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This paper presents the experimental design-to-installation process of two textile hybrid window screens, aimed at mitigating the comfort conditions and preserving the frescoes of Sala delle Asse at Castello Sforzesco, in Milan. Given the historical relevance of the context, the main challenges that the project tackles are: (1) implementing bespoke, low impact, lightweight structural screens as reversible additions to historical buildings; (2) enhancing the visual, lighting and hygrothermal comfort; (3) validating an interdisciplinary methodology from the preformance-driven design to construction, with the aim to assess its replicability in other cultural heritage sites. The design task, led by Textile Architecture Network, at hand is to produce self-standing vertical screens for the large-scale windows, in order to control the sunlight amount on the frescos, as well as to block air drafts that cause humidity inside the room. The main challenge of the project proved to be the fragility of the context, since the screens must be sealed on the borders, whitout perforations on the vaulted edges. Thus, a textile hybrid structure is proposed, made of (1) form-active elements, due to its self-standing principle; (2) unconventional knitted textiles, that need to be characterized. Eventually, the paper presents the preliminary multidisciplinary research campaign consisting of (1) in situ anemometric tests by Experimental Mobile Laboratory; (1) material tests on optical transmittance by SeedLab; (3) mechanical tensile tests and the updating of material choices by Textile Architecture Network, all part of the Architecture, Built Environment and Construction Engineering Department’s Labs at Politecnico di Milano, Milan, Italy.

ACS Style

Alessandra Zanelli; Elpiza Kolo; Carol Monticelli; Elisabetta Rosina; Tiziana Poli; Alberto Speroni; Andrea Giovanni Mainini; Juan Diego Blanco Cadena. A removable textile hybrid structural screen for the windows of Castello Sforzesco, Milan: when experimental metrics inform the bespoke ‘design-to-construction’ process in historical contexts. Architectural Engineering and Design Management 2020, 1 -20.

AMA Style

Alessandra Zanelli, Elpiza Kolo, Carol Monticelli, Elisabetta Rosina, Tiziana Poli, Alberto Speroni, Andrea Giovanni Mainini, Juan Diego Blanco Cadena. A removable textile hybrid structural screen for the windows of Castello Sforzesco, Milan: when experimental metrics inform the bespoke ‘design-to-construction’ process in historical contexts. Architectural Engineering and Design Management. 2020; ():1-20.

Chicago/Turabian Style

Alessandra Zanelli; Elpiza Kolo; Carol Monticelli; Elisabetta Rosina; Tiziana Poli; Alberto Speroni; Andrea Giovanni Mainini; Juan Diego Blanco Cadena. 2020. "A removable textile hybrid structural screen for the windows of Castello Sforzesco, Milan: when experimental metrics inform the bespoke ‘design-to-construction’ process in historical contexts." Architectural Engineering and Design Management , no. : 1-20.

Conference paper
Published: 23 June 2020 in Proceedings of Building Simulation 2019: 16th Conference of IBPSA
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ACS Style

Alessandra Luna Navarro; Juan Diego Blanco Cadena; Fabio Favoino; Mattia Donato; Tiziana Poli; Marco Perino; Mauro Overend. Occupant-Centred Control Strategies For Adaptive Facades: Preliminary Study Of The Impact Of Shortwave Solar Radiation On Thermal Comfort. Proceedings of Building Simulation 2019: 16th Conference of IBPSA 2020, 1 .

AMA Style

Alessandra Luna Navarro, Juan Diego Blanco Cadena, Fabio Favoino, Mattia Donato, Tiziana Poli, Marco Perino, Mauro Overend. Occupant-Centred Control Strategies For Adaptive Facades: Preliminary Study Of The Impact Of Shortwave Solar Radiation On Thermal Comfort. Proceedings of Building Simulation 2019: 16th Conference of IBPSA. 2020; ():1.

Chicago/Turabian Style

Alessandra Luna Navarro; Juan Diego Blanco Cadena; Fabio Favoino; Mattia Donato; Tiziana Poli; Marco Perino; Mauro Overend. 2020. "Occupant-Centred Control Strategies For Adaptive Facades: Preliminary Study Of The Impact Of Shortwave Solar Radiation On Thermal Comfort." Proceedings of Building Simulation 2019: 16th Conference of IBPSA , no. : 1.

Conference paper
Published: 23 June 2020 in Proceedings of Building Simulation 2019: 16th Conference of IBPSA
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ACS Style

Juan Diego Blanco Cadena; Alberto Speroni; Andrea Giovanni Mainini; Tiziana Poli. Color Heterogeneity Of Building Surfaces: Lean Image Processing Approach For Visible Reflectance Characterization Performance. Proceedings of Building Simulation 2019: 16th Conference of IBPSA 2020, 1 .

AMA Style

Juan Diego Blanco Cadena, Alberto Speroni, Andrea Giovanni Mainini, Tiziana Poli. Color Heterogeneity Of Building Surfaces: Lean Image Processing Approach For Visible Reflectance Characterization Performance. Proceedings of Building Simulation 2019: 16th Conference of IBPSA. 2020; ():1.

Chicago/Turabian Style

Juan Diego Blanco Cadena; Alberto Speroni; Andrea Giovanni Mainini; Tiziana Poli. 2020. "Color Heterogeneity Of Building Surfaces: Lean Image Processing Approach For Visible Reflectance Characterization Performance." Proceedings of Building Simulation 2019: 16th Conference of IBPSA , no. : 1.

Articles
Published: 14 June 2020 in Intelligent Buildings International
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Occupancy monitoring in smart buildings has great potential to improve their operational performance. One of the most common applications concerns the dynamic adaptation of indoor conditions according to the occupancy variation. However, other implementations are possible. Occupancy data could also enhance maintenance smart contracts management, especially if coupled with a contracts’ management system as blockchain through which it is possible to achieve higher reliability and trust in transactions. In this article, a methodology to monitor occupancy data with a low-cost network, composed by a set of ultrasonic sensors, is presented. To ensure the collection of consistent data, different tests were performed for defining a convenient configuration for their installation. Following the proposed methodology, gathered data are processed and stored into a digital asset model associated with the building maintenance plan. Once a predefined threshold is reached, the system triggers a maintenance alert to the contractor to activate cleaning operations. The proposed approach enables an enhancement of the automation of maintenance management operations in a cost-effective manner. However, further validation trials are required to test the flexibility of its application in different space types.

ACS Style

Nicola Moretti; J. D. Blanco Cadena; A. Mannino; T. Poli; F. Re Cecconi. Maintenance service optimization in smart buildings through ultrasonic sensors network. Intelligent Buildings International 2020, 13, 4 -16.

AMA Style

Nicola Moretti, J. D. Blanco Cadena, A. Mannino, T. Poli, F. Re Cecconi. Maintenance service optimization in smart buildings through ultrasonic sensors network. Intelligent Buildings International. 2020; 13 (1):4-16.

Chicago/Turabian Style

Nicola Moretti; J. D. Blanco Cadena; A. Mannino; T. Poli; F. Re Cecconi. 2020. "Maintenance service optimization in smart buildings through ultrasonic sensors network." Intelligent Buildings International 13, no. 1: 4-16.

Journal article
Published: 20 April 2020 in Electronics
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In the last few years, the technology re-evolution has deeply transformed several aspects of everyday life. For sure, one technology with a strong impact is the so-called Internet of Things (IoT). The IoT paradigm made it possible to break down the data barrier between the vertical domains on which the traditional information and communication technology (ICT) world was organized. Recently, the designers of home automation systems have begun looking to the IoT paradigm to ease the deployment of systems that are able to collect data from different plants. Such a situation has driven further evolution from the traditional automation system, where logic is defined by the programmer or by the user, to a cognitive system that is able to learn from the user’ habits regarding what should be the best configuration of plants. Several countries are funding renovations of public and private buildings for improving energy efficiency. Generally, such renovations are only focusing on the structure of the building and of its energy performance (e.g., the thermal envelope, window units, air-conditioning plants, and renewable generators) and largely ignoring the use of intelligent devices. On the contrary, scientific literature and practice have demonstrated that the wider use of IoT sensors, as well as distributed and remote intelligence, is fundamental to optimize energy consumption. This research work aimed to identify issues due the application of cognitive solutions during the renovation phase of buildings. In particular, the paper presents a cognitive architecture to support the operation and management phases of buildings, thanks to the massive digitalization of the entire supply chain of the construction sector from the single building element to the entire construction process. Such an architecture is capable of combining data from the IoT sensors and actuators of smart objects installed during the renovation phase, as well as legacy building automation systems. As an indication of the capability of the proposed solution, an intelligent window device was developed and validated. Within the Energy, Life Styled, and Seismic Innovation for Regenerated Buildings (ELISIR) project, window units are equipped with sensors to monitor indoor and outdoor condition behaviours of users. In addition, windows are able to react to changes in the environment by means of actuators that enable motorized opening and shading. Thanks to the cognitive layer designed in the project, the window is able to automatically define the best rules for opening and shading by using the local controller to satisfy user’s habits and energy efficiency targets. The cognitive layer defines the appropriate rules for opening and shading using the decision tree algorithm applied to the data generated by the sensors in order to infer users’ preferences. For this research, two prototypes of the window units were installed in two offices of Politecnico di Milano, Italy. The accuracy of this algorithm to classify the users’ behaviour and preferences was found to be around 90%, considering an observation interval of two months.

ACS Style

Stefano Rinaldi; Paolo Bellagente; Angelo Luigi Camillo Ciribini; Lavinia Chiara Tagliabue; Tiziana Poli; Andrea Giovanni Mainini; Alberto Speroni; Juan Diego Blanco Cadena; Sonia Lupica Spagnolo. A Cognitive-Driven Building Renovation for Improving Energy Efficiency: The Experience of the ELISIR Project. Electronics 2020, 9, 666 .

AMA Style

Stefano Rinaldi, Paolo Bellagente, Angelo Luigi Camillo Ciribini, Lavinia Chiara Tagliabue, Tiziana Poli, Andrea Giovanni Mainini, Alberto Speroni, Juan Diego Blanco Cadena, Sonia Lupica Spagnolo. A Cognitive-Driven Building Renovation for Improving Energy Efficiency: The Experience of the ELISIR Project. Electronics. 2020; 9 (4):666.

Chicago/Turabian Style

Stefano Rinaldi; Paolo Bellagente; Angelo Luigi Camillo Ciribini; Lavinia Chiara Tagliabue; Tiziana Poli; Andrea Giovanni Mainini; Alberto Speroni; Juan Diego Blanco Cadena; Sonia Lupica Spagnolo. 2020. "A Cognitive-Driven Building Renovation for Improving Energy Efficiency: The Experience of the ELISIR Project." Electronics 9, no. 4: 666.

Chapter
Published: 31 December 2019 in CoDesign for Public-Interest Services
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Green roofs are a resource for the city: they mitigate pollution, decrease the urban heat island effect (UHI), and regulate storm runoff. Within a climate change scenario, green roofs might instead become an issue, and in particular, in mitigating UHI at mesoscale level. The aim of the contribution is to define the water balance and thus the water consumption of a typical green roof, considering its variation when immersed into different climate scenarios that took place in the past five years (Linked with the following research projects: (1) Research title: 2016, Fondazione Minoprio/Politecnico di Milano, Dipartimento ABC (ongoing), Research type: Convention, Responsible: Matteo Fiori. (2) Research title: 2018, Harpo Contract (ongoing), Research type: Funded by third parties, Responsible: Matteo Fiori. (3) Research title: 2018, Soprema Contract (ongoing), Research type: Funded by third parties, Responsible: Matteo Fiori. (4) Research title: 2018, ASSIMP T-dry Contract (ongoing), Research type: Funded by third parties, Responsible: Matteo Fiori).

ACS Style

Matteo Fiori; Tiziana Poli; Andrea G. Mainini; Juan Diego Blanco Cadena; Alberto Speroni; Daniele Bocchiola. Assessing Water Demand of Green Roofs Under Variants of Climate Change Scenarios. CoDesign for Public-Interest Services 2019, 375 -380.

AMA Style

Matteo Fiori, Tiziana Poli, Andrea G. Mainini, Juan Diego Blanco Cadena, Alberto Speroni, Daniele Bocchiola. Assessing Water Demand of Green Roofs Under Variants of Climate Change Scenarios. CoDesign for Public-Interest Services. 2019; ():375-380.

Chicago/Turabian Style

Matteo Fiori; Tiziana Poli; Andrea G. Mainini; Juan Diego Blanco Cadena; Alberto Speroni; Daniele Bocchiola. 2019. "Assessing Water Demand of Green Roofs Under Variants of Climate Change Scenarios." CoDesign for Public-Interest Services , no. : 375-380.

Chapter
Published: 31 December 2019 in CoDesign for Public-Interest Services
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Indoor occupant comfort has been related to total building energy consumption, and some of its components (lighting, heating, and cooling mainly), together with carbon production, also with occupants’ productivity, learnability, and health. However, few works relate comfort to the circular economy and are barely related to the circularity of the selected building materials or systems. This work is intended to evaluate how the dynamism of a building envelope (triggered by different comfort preferences) disturbs the efficiency of the building and maintenance activities (Linked with the following correlated research projects: (1) Research title: Imaging processing on determining eye strain (ongoing), Participant research groups: VELUXlab & SEEDLab.ABC).

ACS Style

Marco Imperadori; Tiziana Poli; Juan Diego Blanco Cadena; Federica Brunone; Andrea G. Mainini. Comparison of Comfort Performance Criteria and Sensing Approach in Office Space: Analysis of the Impact on Shading Devices’ Efficiency. CoDesign for Public-Interest Services 2019, 381 -386.

AMA Style

Marco Imperadori, Tiziana Poli, Juan Diego Blanco Cadena, Federica Brunone, Andrea G. Mainini. Comparison of Comfort Performance Criteria and Sensing Approach in Office Space: Analysis of the Impact on Shading Devices’ Efficiency. CoDesign for Public-Interest Services. 2019; ():381-386.

Chicago/Turabian Style

Marco Imperadori; Tiziana Poli; Juan Diego Blanco Cadena; Federica Brunone; Andrea G. Mainini. 2019. "Comparison of Comfort Performance Criteria and Sensing Approach in Office Space: Analysis of the Impact on Shading Devices’ Efficiency." CoDesign for Public-Interest Services , no. : 381-386.

Chapter
Published: 31 December 2019 in CoDesign for Public-Interest Services
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Sensing technologies integration in buildings has grown rapidly. Most of them are connected to platforms for monitoring data and notifying anomalies, but few are integrated within building elements (either for data collection or response). These technologies help regulate HVAC, or detect building systems’ failures, but few enable passive sustainable strategies or space maintenance. It is possible to enhance building responsive operation by gathering granular data on passive systems’ operation and space occupation by setting a building component, that houses a sensor network. That is, if plugged into Building Information Models, it permits adaptation to unusual climate conditions or abrupt space use [Linked with the following correlated research projects: Research title: 2017, ELISIR. R&D+S&I Smart Living, R.L 26/2015 Widespread creative and technological manufacture 4.0 (ongoing)Research type: Funded by Regione LombardiaResponsible: Tiziana Poli (research unit, Politecnico di Milano).].

ACS Style

Tiziana Poli; Andrea G. Mainini; Alberto Speroni; Juan Diego Blanco Cadena; Nicola Moretti. The Effect of Real-Time Sensing of a Window on Energy Efficiency, Comfort, Health and User Behavior. CoDesign for Public-Interest Services 2019, 291 -296.

AMA Style

Tiziana Poli, Andrea G. Mainini, Alberto Speroni, Juan Diego Blanco Cadena, Nicola Moretti. The Effect of Real-Time Sensing of a Window on Energy Efficiency, Comfort, Health and User Behavior. CoDesign for Public-Interest Services. 2019; ():291-296.

Chicago/Turabian Style

Tiziana Poli; Andrea G. Mainini; Alberto Speroni; Juan Diego Blanco Cadena; Nicola Moretti. 2019. "The Effect of Real-Time Sensing of a Window on Energy Efficiency, Comfort, Health and User Behavior." CoDesign for Public-Interest Services , no. : 291-296.

Chapter
Published: 31 December 2019 in CoDesign for Public-Interest Services
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Digital Asset Management is a key discipline enabling a sustainable and high-quality built environment. The physical asset is nowadays more and more integrated within the digital environment, therefore it produces a great amount of information during its life cycle. This information should be used to improve process management during the use phase of the asset, according to a servitised and cross-disciplinary approach. Accordingly, a methodological framework for asset management business processes reengineering is here presented. Through the application of the proposed set methods and procedures, it is possible to leverage innovative Information and Communication technologies (ICTs) for the development of improved information management practices in digital built environment management. The case studies developed demonstrated the possibility to effectively implement innovative Digital Asset Management processes and address different core areas of the discipline.

ACS Style

Fulvio Re Cecconi; Mario Claudio Dejaco; Nicola Moretti; Antonino Mannino; Juan Diego Blanco Cadena. Digital Asset Management. CoDesign for Public-Interest Services 2019, 243 -253.

AMA Style

Fulvio Re Cecconi, Mario Claudio Dejaco, Nicola Moretti, Antonino Mannino, Juan Diego Blanco Cadena. Digital Asset Management. CoDesign for Public-Interest Services. 2019; ():243-253.

Chicago/Turabian Style

Fulvio Re Cecconi; Mario Claudio Dejaco; Nicola Moretti; Antonino Mannino; Juan Diego Blanco Cadena. 2019. "Digital Asset Management." CoDesign for Public-Interest Services , no. : 243-253.

Chapter
Published: 31 December 2019 in CoDesign for Public-Interest Services
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The widespread use of electric vehicles is hampered by the lack of an adequate charging points network. Likewise, and depending on the use, there could be a lack of correspondence between energy use and production in buildings equipped with renewable energy production systems. For these reasons, a modular device, which could be fully integrated into the building envelope, has been developed. The aim of the project was both to regenerate the existing building envelope and to enhance the newest one, adding new functions. The main goal will be the support of the growth of an electric power-sharing attitude capable of promoting the widespread use of electric vehicles of electric vehicle (EV), supporting strategic actions to retrofit/convert a private building in shared spaces for EV mobility, ensuring enough coverage for charging devices and reducing costs for public administration.

ACS Style

Andrea G. Mainini; Alberto Speroni; Matteo Fiori; Tiziana Poli; Juan Diego Blanco Cadena; Rita Pizzi; Enrico DE Angelis. Rethinking the Building Envelope as an Intelligent Community Hub for Renewable Energy Sharing. CoDesign for Public-Interest Services 2019, 357 -361.

AMA Style

Andrea G. Mainini, Alberto Speroni, Matteo Fiori, Tiziana Poli, Juan Diego Blanco Cadena, Rita Pizzi, Enrico DE Angelis. Rethinking the Building Envelope as an Intelligent Community Hub for Renewable Energy Sharing. CoDesign for Public-Interest Services. 2019; ():357-361.

Chicago/Turabian Style

Andrea G. Mainini; Alberto Speroni; Matteo Fiori; Tiziana Poli; Juan Diego Blanco Cadena; Rita Pizzi; Enrico DE Angelis. 2019. "Rethinking the Building Envelope as an Intelligent Community Hub for Renewable Energy Sharing." CoDesign for Public-Interest Services , no. : 357-361.

Conference paper
Published: 30 July 2019 in IOP Conference Series: Earth and Environmental Science
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ACS Style

J Potočnik; J D B Cadena; M Košir; T Poli. Occupant perception of spectral light content variations due to glazing type and internal finish. IOP Conference Series: Earth and Environmental Science 2019, 296, 1 .

AMA Style

J Potočnik, J D B Cadena, M Košir, T Poli. Occupant perception of spectral light content variations due to glazing type and internal finish. IOP Conference Series: Earth and Environmental Science. 2019; 296 ():1.

Chicago/Turabian Style

J Potočnik; J D B Cadena; M Košir; T Poli. 2019. "Occupant perception of spectral light content variations due to glazing type and internal finish." IOP Conference Series: Earth and Environmental Science 296, no. : 1.