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1)  urban power load
城市用电负荷
2)  urban power load forecasting
城市电力负荷预测
1.
An urban power load forecasting model based on ISM risk analysis is proposed.
在此基础上,建立了基于ISM风险分析的城市电力负荷预测模型。
3)  electricity load
用电负荷
1.
The objective of the paper detailed investigation some problem which exist in design,such as:student apartment flux,electricity load,power distribution and socket system,student apartment building ground fault protection and lightning protection,telephone system,network system,then provide some suggestion to that problem,to give a reference for the electric design of the similar projects.
详细探讨了在学生公寓的照度、用电负荷、配电及插座系统、学生公寓建筑接地保护及防雷、电话系统、网络系统等设计中存在的一些问题,并提出了相应措施,以供类似工程的电气设计参考。
2.
This paper focuses on some new ideas on electrical design in the college dormitories during a new period of rear-service reform,which include the safe use of electricity,intelligent power management and college dormitories electricity load,etc.
重点介绍了大学生公寓在高校后勤工作社会化改革时期新型大学生电气设计的一些思路:包括安全用电,智能用电管理及大学生公寓用电负荷的确定等;强调设计的合理性、安全性以及具体解决的办法;最大限度的满足日后发展的需要,达到用电的可靠性和提高经济效益的目的。
4)  power use load
用电负荷
1.
Simple talking about the power use load and power distribution system design in residence areola;
浅谈住宅小区用电负荷及配电系统设计
5)  power load
用电负荷
1.
In view of residential behaviors in modern family and according to the codes for house design the electrical design is discussed from two aspects: prediction of power load and electrical safety in house design.
以现代家庭居住行为为依据,结合住宅设计规范,通过考虑现代人的生活方式,从用电负荷的预测和住宅设计中的电气安全两方面进行了探讨,总结出现代住宅强电设计的体会。
2.
According to the theories related the electrical design of modern residential buildings from power load, indoor distribution system, light fitting and other aspects discussion is carried out.
针对现代住宅电气设计中所涉及到的理论基础 ,从用电负荷、户内配电系统、灯具的造型等方面进行了综合分析 ,提出设计和施工过程中应遵循的规则以及应注意的问
3.
According to the problems existed electrical design of residence discussion is carried out from power load, branch circuit, setting of distribution board and other aspects and corresponding solution measures are proposed.
针对目前住宅电气设计中存在的一些问题 ,从住宅电气的用电负荷、分支回路、配电箱的布置等方面进行了分析探讨 ,提出了解决问题的具体措
6)  urban non point source pollutant
城市非点源负荷
补充资料:城市用电负荷
局部片区内,所有用电户在某一时刻实际耗用的有功功率之总和。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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