英语翻译煤矿作为一个传统的高危行业,井下设备自动化程度较高,对电力系统的可靠性和供电质量要求严格.本着高效率、保安全、利管理的原则,需将电力系统进行综合自动化信息集成,建成

英语翻译煤矿作为一个传统的高危行业,井下设备自动化程度较高,对电力系统的可靠性和供电质量要求严格.本着高效率、保安全、利管理的原则,需将电力系统进行综合自动化信息集成,建成
英语翻译
煤矿作为一个传统的高危行业,井下设备自动化程度较高,对电力系统的可靠性和供电质量要求严格.本着高效率、保安全、利管理的原则,需将电力系统进行综合自动化信息集成,建成一个级先进的自动控制,通讯技术,计算机信息技术和现代化管理为一体的电力自动保护与监控网络系统,从而提高电力系统运行状况、安全水平、管理水平；提高事故、灾害预测预报能力.
本文着重从可靠性、安全性、产品质量、资金等因素考虑,给出一个可行的设计.
关键词:需求方案设计 设备选型 系统功能
希望准确度高,而且通顺,千万别弄个中式英语哇,路过的高手拔刀相助啦,拜谢!

英语翻译煤矿作为一个传统的高危行业,井下设备自动化程度较高,对电力系统的可靠性和供电质量要求严格.本着高效率、保安全、利管理的原则,需将电力系统进行综合自动化信息集成,建成
Coal,as a traditional high-risk industries,downhole equipment,a high degree of automation,power system reliability and power quality requirements strictly.With high efficiency,safety,and benefit management principles,the need for integrated automation of the power system information integration,and built a level of advanced automation,communications technology,computer information technology and modern management as a whole automatically protect and monitor the power network system to improve power system operation conditions,safety,and management level; to improve the accident,disaster prediction capabilities.
In this paper,from the reliability,safety,product quality,capital and other factors to consider,given a feasible design.
Key words:demand program selection system design and equipment features

Coal, as a traditional high-risk industries, downhole equipment, a high degree of automation, power system reliability and power quality requirements strictly. With high efficiency, safety, and benefi...

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Coal, as a traditional high-risk industries, downhole equipment, a high degree of automation, power system reliability and power quality requirements strictly. With high efficiency, safety, and benefit management principles, the need for integrated automation of the power system information integration, and built a level of advanced automation, communications technology, computer information technology and modern management as a whole automatically protect and monitor the power network system to improve power system operation conditions, safety, and management level; to improve the accident, disaster prediction capabilities.
In this paper, from the reliability, safety, product quality, capital and other factors to consider, given a feasible design.

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