如何统计现有条件下的用户供电可靠性，是大家比较关注的问题。
How to evaluate the power supply reliability is one of people's main concerns.
用户供电可靠性综合管理信息系统正在逐步在全国供电企业推广使用。
MIS of user power supply reliability has been generalizing and using in the power supply enterprises all over our country.
随着工业自动化水平的不断提高，电力用户对供电质量和可靠性越来越敏感。
With the improvement of automation industry, the power customers are more and more particular about the power supply quality and dependability.
供电可靠性及电能质量一直是用户和供电部门密切关注的问题。
Reliability of power supply and power quality are always the concerns of customers and power departments.
配电网是电力系统中直接针对用户的环节，对用户供电质量(包括可靠性)有直接的影响。
Electrical Distribution Networks (EDNs) are connected directly with customers and have great influence on the quality of power supply (including reliability).
微网不仅能解决分布式电源大规模接入的问题，还能发挥各类分布式电源的优势、提高供电可靠性和为用户带来更多的效益。
Microgrid can not only solve the problem of large scale DG coupling but also play full advantages of DG, improve power supply reliability and bring more benefits to users.
配电网分段开关优化配置，可以减少用户停电损失，提高供电可靠性。
The reliability of distribution networks can be improved and custom interrupt loss can be reduced by disconnect switches properly positioned.
配电网作为发输配电的最后一级直接面向用户，其供电质量和供电的可靠性对电网和用户有重要的意义。
Being the terminal end of generation and transmission, facing users directly, the power supplying quality and reliability of distribution system are of main significance to both users and grid.
配电系统可靠性的研究是以改善和提高配电系统对对用户供电的能力和质量为目的。
The purpose of study on distribution system reliability is to improve the power supply ability and power quality.
当系统故障或检修时，通过合环操作实现负荷转移，避免用户停电，提高供电的可靠性。
When there were faults or maintenance in urban power grid, the power loads were transferred through closing loop operation to avoid blackouts of consumers and improve the reliability of power supply.
摘要电能质量及供电可靠性一直是用户和电气设计师关注的问题。
Power quality as well as the reliability of power supply has always been the matters considered by both the users and the electrical designers.
摘要电能质量及供电可靠性一直是用户和电气设计师关注的问题。
Power quality as well as the reliability of power supply has always been the matters considered by both the users and the electrical designers.
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