Cálculos y estrategias para mitigar la falta de confort térmico en la vivienda urbana del clima cálido húmedo

Abstract

This research seeks to prove quantitatively the improvement over the wind chill by using passive energy strategies over a model for urban houses on wet and humid climate. World faces consequences of climate change as a result for braking inhabitant - habitant relationship balance, so the response to the comfort lack (dew climate change) are detached solutions of environment consequences (more GHGs = more global warming, unsustainable vicious circle); these partial solutions only solve physical space problems and are careless for natural cycles and inhabitant - habitat trade. The propose is use passive energy strategies created over the observation of climate parameters on site, like avoid solar radiation through: orientation, strategic zoning, shape and surface interventions and maximize convection cooling processes to build a model which will be monitored and compared with a non-bioclimatic model; prove these will diminish lack of thermal comfort, reduces HACV use, energy consume and de GHGs pollution, closing inhabitants to restore habitat exchange balance, turning houses into men-nature exchange machines.