Joara Cronemberger - Academia.edu (original) (raw)

Uploads

Papers by Joara Cronemberger

Research paper thumbnail of Caracterización de la doble piel de vidrio de la Casa solar sd7-2

Jornadas Sobre Investigacion En Arquitectura Y Urbanismo Iau 2009 Pag 110, 2009

Research paper thumbnail of The 2009 Department of Energy Solar Decathlon and the 2010 European Solar Decathlon—expanding the global reach of zero energy homes through collegiate competitions

2009 34th IEEE Photovoltaic Specialists Conference (PVSC), 2009

Beginning with the first event in Washington, DC in 2002, the Department of Energy&am... more Beginning with the first event in Washington, DC in 2002, the Department of Energy's Solar Decathlon has brought attention to the promise of PV-powered, zero-energy homes through the format of a riveting collegiate competition. As an internationally recognized event, it demonstrates innovative solutions-using energy efficiently and generating the needs of modern domestic life with solar energy. At the 2007 event

Research paper thumbnail of El proceso constructivo de los teatros del “Canal” del arquitecto Juan Navarro Baldeweg

Informes de la Construcción, 2008

Research paper thumbnail of BIPV technology application: highlighting advances, tendencies and solutions through Solar Decathlon Europe houses

Energy and Buildings, 2014

ABSTRACT One of the main characteristics of the Solar Decathlon Europe houses is that they run ex... more ABSTRACT One of the main characteristics of the Solar Decathlon Europe houses is that they run exclusively on solar energy, as part of the requirements of this worldwide competition for universities. This obligation stimulates the university Teams to search for innovative solutions to integrate photovoltaic technologies in their houses, searching for the best options that combine design with energy efficiency, energy performance and construction. The main tendencies, advances and solutions are presented.

Research paper thumbnail of Assessing the solar irradiation potential for solar photovoltaic applications in buildings at low latitudes – Making the case for Brazil

Energy and Buildings, 2012

ABSTRACT In Brazil, a low-latitude country characterized by its high availability and uniformity ... more ABSTRACT In Brazil, a low-latitude country characterized by its high availability and uniformity of solar radiation, the use of PV solar energy integrated in buildings is still incipient. However, at the moment there are several initiatives which give some hints that lead to think that there will be a change shortly. In countries where this technology is already a daily reality, such as Germany, Japan or Spain, the recommendations and basic criteria to avoid losses due to orientation and tilt are widespread. Extrapolating those measures used in high latitudes to all regions, without a previous deeper analysis, is standard practice. They do not always correspond to reality, what frequently leads to false assumptions and may become an obstacle in a country which is taking the first step in this area. In this paper, the solar potential yield for different surfaces in Brazilian cities (located at latitudes between 0° and 30°S) are analyzed with the aim of providing the necessary tools to evaluate the suitability of the buildings’ envelopes for photovoltaic use.

Research paper thumbnail of Performance of passive application of PCM in Spain

Contemporary construction systems tend to be thinner, lighter and better insulated than ever, but... more Contemporary construction systems tend to be thinner, lighter and better insulated than ever, but usually lack thermal mass. In order to improve the indoor temperature and reduce the energy consumption in the lightweight building it is necessary to add thermal energy storage capacity to the construction elements.

Research paper thumbnail of Methodology in research on photovoltaic cogeneration integrated in building

There are currently various universities and institutions developing research into the integratio... more There are currently various universities and institutions developing research into the integration of photovoltaic systems in buildings, internationally known by its abbreviation in English, BIPV (Building Integrated Photovoltaics). Within this technology, one aspect stands out, considered innovative, the integration of hybrid models or cogeneration. This technology, which we shall call BIPVT (Building Integrated Photovoltaics Thermal), integrates a hybrid module in the building, which not only generates electricity, but also uses residual energy that is lost in the form of heat or light, to increase the energy efficiency of the building, in applications with low temperature. However, the methods to test the efficiency of this investigation and evaluate its cost benefit, are not clear, and constitute a challenge for the investigation within an architectural framework.

Research paper thumbnail of Cerramientos multicapas ligeros en el concurso solar Decathlon 2007

El constante crecimiento de consumo energético en todos los sectores, siendo el caso particular e... more El constante crecimiento de consumo energético en todos los sectores, siendo el caso particular el de las edificaciones que consumen una tercera parte del consumo total. Todo ello surge como consecuencia del crecimiento económico y del aumento de las exigencias de las ...

Research paper thumbnail of Caracterización de la doble piel de vidrio de la Casa solar sd7-2

Jornadas Sobre Investigacion En Arquitectura Y Urbanismo Iau 2009 Pag 110, 2009

Research paper thumbnail of The 2009 Department of Energy Solar Decathlon and the 2010 European Solar Decathlon—expanding the global reach of zero energy homes through collegiate competitions

2009 34th IEEE Photovoltaic Specialists Conference (PVSC), 2009

Beginning with the first event in Washington, DC in 2002, the Department of Energy&am... more Beginning with the first event in Washington, DC in 2002, the Department of Energy's Solar Decathlon has brought attention to the promise of PV-powered, zero-energy homes through the format of a riveting collegiate competition. As an internationally recognized event, it demonstrates innovative solutions-using energy efficiently and generating the needs of modern domestic life with solar energy. At the 2007 event

Research paper thumbnail of El proceso constructivo de los teatros del “Canal” del arquitecto Juan Navarro Baldeweg

Informes de la Construcción, 2008

Research paper thumbnail of BIPV technology application: highlighting advances, tendencies and solutions through Solar Decathlon Europe houses

Energy and Buildings, 2014

ABSTRACT One of the main characteristics of the Solar Decathlon Europe houses is that they run ex... more ABSTRACT One of the main characteristics of the Solar Decathlon Europe houses is that they run exclusively on solar energy, as part of the requirements of this worldwide competition for universities. This obligation stimulates the university Teams to search for innovative solutions to integrate photovoltaic technologies in their houses, searching for the best options that combine design with energy efficiency, energy performance and construction. The main tendencies, advances and solutions are presented.

Research paper thumbnail of Assessing the solar irradiation potential for solar photovoltaic applications in buildings at low latitudes – Making the case for Brazil

Energy and Buildings, 2012

ABSTRACT In Brazil, a low-latitude country characterized by its high availability and uniformity ... more ABSTRACT In Brazil, a low-latitude country characterized by its high availability and uniformity of solar radiation, the use of PV solar energy integrated in buildings is still incipient. However, at the moment there are several initiatives which give some hints that lead to think that there will be a change shortly. In countries where this technology is already a daily reality, such as Germany, Japan or Spain, the recommendations and basic criteria to avoid losses due to orientation and tilt are widespread. Extrapolating those measures used in high latitudes to all regions, without a previous deeper analysis, is standard practice. They do not always correspond to reality, what frequently leads to false assumptions and may become an obstacle in a country which is taking the first step in this area. In this paper, the solar potential yield for different surfaces in Brazilian cities (located at latitudes between 0° and 30°S) are analyzed with the aim of providing the necessary tools to evaluate the suitability of the buildings’ envelopes for photovoltaic use.

Research paper thumbnail of Performance of passive application of PCM in Spain

Contemporary construction systems tend to be thinner, lighter and better insulated than ever, but... more Contemporary construction systems tend to be thinner, lighter and better insulated than ever, but usually lack thermal mass. In order to improve the indoor temperature and reduce the energy consumption in the lightweight building it is necessary to add thermal energy storage capacity to the construction elements.

Research paper thumbnail of Methodology in research on photovoltaic cogeneration integrated in building

There are currently various universities and institutions developing research into the integratio... more There are currently various universities and institutions developing research into the integration of photovoltaic systems in buildings, internationally known by its abbreviation in English, BIPV (Building Integrated Photovoltaics). Within this technology, one aspect stands out, considered innovative, the integration of hybrid models or cogeneration. This technology, which we shall call BIPVT (Building Integrated Photovoltaics Thermal), integrates a hybrid module in the building, which not only generates electricity, but also uses residual energy that is lost in the form of heat or light, to increase the energy efficiency of the building, in applications with low temperature. However, the methods to test the efficiency of this investigation and evaluate its cost benefit, are not clear, and constitute a challenge for the investigation within an architectural framework.

Research paper thumbnail of Cerramientos multicapas ligeros en el concurso solar Decathlon 2007

El constante crecimiento de consumo energético en todos los sectores, siendo el caso particular e... more El constante crecimiento de consumo energético en todos los sectores, siendo el caso particular el de las edificaciones que consumen una tercera parte del consumo total. Todo ello surge como consecuencia del crecimiento económico y del aumento de las exigencias de las ...