Gestión integrada de fachadas por medio de un sistema de automatización en tiempo real

  1. Carlos Gilberto Guillermo Ramírez
Llibre:
EUBIM 2019. Congreso internacional BIM/ 8º encuentro de usuarios BIM
  1. Fuentes Giner, Begoña
  2. Oliver Faubel, Inmaculada

Editorial: edUPV, Editorial Universitat Politècnica de València ; Universitat Politècnica de València

ISBN: 9788490488058

Any de publicació: 2019

Pàgines: 45-54

Congrés: Congreso Internacional BIM. EUBIM (8. 2019. Valencia)

Tipus: Aportació congrés

Resum

Can a BIM Manager be a fundamental piece in the economic development of a country? Can hereduce greenhouse gas (CO2) emissions in real time? This research work aims to demonstratethat it is possible.Spain produces 330 million tons of CO2/ year. The government has committed to lowering themby 20% by 2030. Building is a sector with a huge impact on CO2 emissions.The concern of owners or tenants of buildings lies in controlling or reducing operational costs.Office buildings consume two thirds of the total energy consumed, where facilities in generalaccount for 90% of total expenditure.This research is divided into three stages: the first is to find the climatological conditions of theproject site, to establish the incidence of the sun with the envelope of the building, thecoefficient of thermal transfer and a family of adaptive component. Then, an analysis of eachroom of the building (temperature, occupation, ventilation, etc.) is done. Finally, the temperatureof each room in real time is monitored.The integrated management of facades by means of a real-time automation system can be auseful tool in the control of CO2 emissions.