The objective of this work was the evaluation of thermal comfort inside the test room (HP), of adobe and materials of the high Andean area of Peru, like the andesite stone that is a heat accumulator. This experimental research work determined the values of thermal conductivity 0,176  0,149 and 0,118 W / mK for the adobe, plaster and straw. It was made a comparison was made between the values of thermal conductivity and specific heat, obtained experimentally for the materials and systems used in the construction of HP with the known values of specific materials such as water and air. The design and use of the materials in the construction of the wall, door and window, allowed to determine the values of the thermal conductivities equal to 0,061  0,030 and 0,027 W / mK respectively, that are similar to the thermal conductivity of a natural thermal insulator such as air whose value...

The objective of this work was the evaluation of thermal comfort inside the test room (HP), of adobe and materials of the high Andean area of Peru, like the andesite stone that is a heat accumulator. This experimental research work determined the values of thermal conductivity 0,176  0,149 and 0,118 W / mK for the adobe, plaster and straw. It was made a comparison was made between the values of thermal conductivity and specific heat, obtained experimentally for the materials and systems used in the construction of HP with the known values of specific materials such as water and air. The design and use of the materials in the construction of the wall, door and window, allowed to determine the values of the thermal conductivities equal to 0,061  0,030 and 0,027 W / mK respectively, that are similar to the thermal conductivity of a natural thermal insulator such as air whose value...

The objective of this work was the evaluation of thermal comfort inside the test room (HP), of adobe and materials of the high Andean area of Peru, like the andesite stone that is a heat accumulator. This experimental research work determined the values of thermal conductivity 0,176  0,149 and 0,118 W / mK for the adobe, plaster and straw. It was made a comparison was made between the values of thermal conductivity and specific heat, obtained experimentally for the materials and systems used in the construction of HP with the known values of specific materials such as water and air. The design and use of the materials in the construction of the wall, door and window, allowed to determine the values of the thermal conductivities equal to 0,061  0,030 and 0,027 W / mK respectively, that are similar to the thermal conductivity of a natural thermal insulator such as air whose value...

The objective of this work was the evaluation of thermal comfort inside the test room (HP), of adobe and materials of the high Andean area of Peru, like the andesite stone that is a heat accumulator. This experimental research work determined the values of thermal conductivity 0,176  0,149 and 0,118 W / mK for the adobe, plaster and straw. It was made a comparison was made between the values of thermal conductivity and specific heat, obtained experimentally for the materials and systems used in the construction of HP with the known values of specific materials such as water and air. The design and use of the materials in the construction of the wall, door and window, allowed to determine the values of the thermal conductivities equal to 0,061  0,030 and 0,027 W / mK respectively, that are similar to the thermal conductivity of a natural thermal insulator such as air whose value...

In the present paper, a quantitative and qualitative evaluation of the wind resource was carried out in order to characterize the exploitable potential of the wind resource in the area around the city of Juliaca in the Puno region. The data provided for the years 2013-2014 by the National Service of Meteorology and Hydrology of Peru - SENAMHI, of the station located in this city, were analyzed to compare with the database of NASA (Surface Meteorology and Solar Energy. SSE, 2012). The quantitative analysis consisting of the characterization of the average hourly and monthly wind speed for a height of 25 m above the ground, comparing the average monthly speeds of NASA and SENAMHI, shows an average difference of 8.93% during the months of spring and summer, where the wind also exceeds 3 m/s, and the predominant directions of the wind is the west and the east. The qualitative analysis corres...

In the present paper, a quantitative and qualitative evaluation of the wind resource was carried out in order to characterize the exploitable potential of the wind resource in the area around the city of Juliaca in the Puno region. The data provided for the years 2013-2014 by the National Service of Meteorology and Hydrology of Peru - SENAMHI, of the station located in this city, were analyzed to compare with the database of NASA (Surface Meteorology and Solar Energy. SSE, 2012). The quantitative analysis consisting of the characterization of the average hourly and monthly wind speed for a height of 25 m above the ground, comparing the average monthly speeds of NASA and SENAMHI, shows an average difference of 8.93% during the months of spring and summer, where the wind also exceeds 3 m/s, and the predominant directions of the wind is the west and the east. The qualitative analysis corres...

In the present paper, a quantitative and qualitative evaluation of the wind resource was carried out in order to characterize the exploitable potential of the wind resource in the area around the city of Juliaca in the Puno region. The data provided for the years 2013-2014 by the National Service of Meteorology and Hydrology of Peru - SENAMHI, of the station located in this city, were analyzed to compare with the database of NASA (Surface Meteorology and Solar Energy. SSE, 2012). The quantitative analysis consisting of the characterization of the average hourly and monthly wind speed for a height of 25 m above the ground, comparing the average monthly speeds of NASA and SENAMHI, shows an average difference of 8.93% during the months of spring and summer, where the wind also exceeds 3 m/s, and the predominant directions of the wind is the west and the east. The qualitative analysis corres...

In the present paper, a quantitative and qualitative evaluation of the wind resource was carried out in order to characterize the exploitable potential of the wind resource in the area around the city of Juliaca in the Puno region. The data provided for the years 2013-2014 by the National Service of Meteorology and Hydrology of Peru - SENAMHI, of the station located in this city, were analyzed to compare with the database of NASA (Surface Meteorology and Solar Energy. SSE, 2012). The quantitative analysis consisting of the characterization of the average hourly and monthly wind speed for a height of 25 m above the ground, comparing the average monthly speeds of NASA and SENAMHI, shows an average difference of 8.93% during the months of spring and summer, where the wind also exceeds 3 m/s, and the predominant directions of the wind is the west and the east. The qualitative analysis corres...