1产品功能 CREATOR快捷CRWM-16是针对PGMII等中控主机外部输入而设计的产品，它设计有16个输入按键，配合Control System Builder软件进行编程设置：标准电丁盒式设计．适合嵌入安装在应用场合的墙体内．通过设置产品后面板的ID码可安...1产品功能 CREATOR快捷CRWM-16是针对PGMII等中控主机外部输入而设计的产品，它设计有16个输入按键，配合Control System Builder软件进行编程设置：标准电丁盒式设计．适合嵌入安装在应用场合的墙体内．通过设置产品后面板的ID码可安装多个同类型的面板：CRWM-16通过CR—NET跟PGMII等中控主机进行连接、通信。展开更多
The paper deals with the energy and indoor comfort on buildings of UPF （University ofPasso Fundo）, located in southern Brazil, in order to improve the eco-efficiency concepts in the university＇s building stock, rei...The paper deals with the energy and indoor comfort on buildings of UPF （University ofPasso Fundo）, located in southern Brazil, in order to improve the eco-efficiency concepts in the university＇s building stock, reinforcing its responsibility towards sustainable development. The factors that affect thermal performance and the energy consumption of two case studies were identified, including the general characteristics of the envelope and the indoor conditions. The simulations with DesignBuilder software compare the energy and thermal performance of both cases： those results allow the identification of their positive and negative aspects, as well as making a co-relation with the students＇ sensations of comfort--obtained through PMV （predicted mean vote）. The research indicates that it will be possible to improve eco-efficiency of existing and new buildings and campuses by retrofitting and upgrading it with regard to better indoor conditions that really correspond to climate conditions （hot and humid summers, and cold and damp winters）, using passive strategies for heating and cooling and at the same time to improve rational use of natural resources and to reduce the environmental impact. Probably, giving comfortable conditions to the users will increase energy consumption, but there is a potential reduction of lighting and equipment that could minimize this impact.展开更多
文摘1产品功能 CREATOR快捷CRWM-16是针对PGMII等中控主机外部输入而设计的产品，它设计有16个输入按键，配合Control System Builder软件进行编程设置：标准电丁盒式设计．适合嵌入安装在应用场合的墙体内．通过设置产品后面板的ID码可安装多个同类型的面板：CRWM-16通过CR—NET跟PGMII等中控主机进行连接、通信。
文摘The paper deals with the energy and indoor comfort on buildings of UPF （University ofPasso Fundo）, located in southern Brazil, in order to improve the eco-efficiency concepts in the university＇s building stock, reinforcing its responsibility towards sustainable development. The factors that affect thermal performance and the energy consumption of two case studies were identified, including the general characteristics of the envelope and the indoor conditions. The simulations with DesignBuilder software compare the energy and thermal performance of both cases： those results allow the identification of their positive and negative aspects, as well as making a co-relation with the students＇ sensations of comfort--obtained through PMV （predicted mean vote）. The research indicates that it will be possible to improve eco-efficiency of existing and new buildings and campuses by retrofitting and upgrading it with regard to better indoor conditions that really correspond to climate conditions （hot and humid summers, and cold and damp winters）, using passive strategies for heating and cooling and at the same time to improve rational use of natural resources and to reduce the environmental impact. Probably, giving comfortable conditions to the users will increase energy consumption, but there is a potential reduction of lighting and equipment that could minimize this impact.
