COIL y Mentoría: Desarrollando Habilidades para el Éxito Global y Sostenible

1. DANIEL CASTRO MEDINA ¹
2. TERESA ROCÍO PALOMO AMORES ¹
3. MARÍA DEL CARMEN GUERRERO DELGADO ¹
4. JOSÉ SÁNCHEZ RAMOS ¹
5. SERVANDO ÁLVAREZ DOMÍNGUEZ ¹
6. ALBERTO CEREZO NARVÁEZ ²

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Abstract

The global pandemic caused by COVID-19 has advanced rapidly, disrupting our daily activities. The pandemic has generated a global need for open spaces that are healthy and safe. However, Streetlife challenges the continued rise in temperatures due to the heat island phenomenon combined with climate change. This promotes the development of new bioclimatic techniques or strategies that improve the microclimate and life of cities. These techniques contemplate the reduction of solar radiation, the reduction of the temperature of the surrounding surfaces and, finally, the reduction of the air temperature. In this line, radiant systems are of enormous interest. For this reason and given its foreseeable potential to improve thermal comfort in open spaces and its easy integration, this study studies a new concept of radiant solution adapted for outdoor spaces,specifically at a bus stop. The experimentation is carried out in a test cell to evaluate its behaviour under different design and operating conditions. Evaluating the system's behaviour has allowed its thermal characterisation, achieving high quality and precision results.