Based on the renovation of sponge and energy-saving facilities in a middle school in Nanning,this paper systematically studies the overall elevation of the campus,the composition of the drainage system and the layout ...Based on the renovation of sponge and energy-saving facilities in a middle school in Nanning,this paper systematically studies the overall elevation of the campus,the composition of the drainage system and the layout of space functions,and formulates a characteristic scheme for the renovation of sponge and energy-saving facilities according to the characteristics of the sloping campus.In order to control the total amount of rainwater runoff,the sponge transformation mainly adopts the transformation methods of partition catchment,upper storage and lower use,multi-stage detection and classification treatment.For the purpose of solar energy and wind energy utilization,solar photovoltaic panels and small-scale wind power generation system are adopted.The application effects of sponge and energy-saving facilities are estimated and evaluated.展开更多
在节能减排背景下我国对生态环境质量提出了更高的要求,通信行业加大了节能技术的研究力度,以进一步提升通信电源设备能效。只有在保障通信电源设备功能性、可靠性的基础上,不断提升通信电源设备能效,才能实现节能减排的目的。对节能减...在节能减排背景下我国对生态环境质量提出了更高的要求,通信行业加大了节能技术的研究力度,以进一步提升通信电源设备能效。只有在保障通信电源设备功能性、可靠性的基础上,不断提升通信电源设备能效,才能实现节能减排的目的。对节能减排背景下的通信电源设备能效的提升措施进行了研究,在通信电源设备运行中加强开关电源效能管理,采用高效的不间断电源(Uninterruptible Power Supply,UPS)设备节能技术,构建高压直流电源系统,对通信电源设备运行进行动态化、智能化监督,不仅能够提升通信电源设备运行效率,还能有效降低能源消耗量。展开更多
文摘Based on the renovation of sponge and energy-saving facilities in a middle school in Nanning,this paper systematically studies the overall elevation of the campus,the composition of the drainage system and the layout of space functions,and formulates a characteristic scheme for the renovation of sponge and energy-saving facilities according to the characteristics of the sloping campus.In order to control the total amount of rainwater runoff,the sponge transformation mainly adopts the transformation methods of partition catchment,upper storage and lower use,multi-stage detection and classification treatment.For the purpose of solar energy and wind energy utilization,solar photovoltaic panels and small-scale wind power generation system are adopted.The application effects of sponge and energy-saving facilities are estimated and evaluated.
文摘在节能减排背景下我国对生态环境质量提出了更高的要求,通信行业加大了节能技术的研究力度,以进一步提升通信电源设备能效。只有在保障通信电源设备功能性、可靠性的基础上,不断提升通信电源设备能效,才能实现节能减排的目的。对节能减排背景下的通信电源设备能效的提升措施进行了研究,在通信电源设备运行中加强开关电源效能管理,采用高效的不间断电源(Uninterruptible Power Supply,UPS)设备节能技术,构建高压直流电源系统,对通信电源设备运行进行动态化、智能化监督,不仅能够提升通信电源设备运行效率,还能有效降低能源消耗量。
