输电设备 meaning in Chinese
power-tra mi ion equipment
power-transmission equipment
transmission facilities
transmission facility
Examples
- Responsible for the analysis of application of facts in power system
主持或参与灵活交流输电设备在系统中的应用分析。 - High - voltage transmission equipment manufacturers will become major beneficiaries
高压输电设备制造商将成为主要受益者 - To minimize the impact of the overhaul of power generating , transmission equipments on the safety , stability and economic operation of power gird , this paper , aiming at the overhaul demand of lots of equipments , brings forward the practical optimization method for overhaul planning which can adapt to the dynamic changes of the scale of power grid and integrate the load forecast and the balance of power load and power volume into it , therefore solve the key technical problems encountered by using computer to realize the optimization of overhaul planning
为最大程度减少电网发、输电设备检修对电网安全、稳定、经济运行的影响，针对电网大量设备的检修需求，提出了能适应电网规模动态变化，并与电网负荷预测、电力电量平衡有机结合的实用检修计划优化方法，解决了利用计算机实现检修计划优化的关键技术问题。 - The energy management system ( ems ) is a computer system comprising a software platform providing basic support services and a set of applications providing the functionality needed for the effective operation of electrical generation and transmission facilities so as to assure adequate security of energy supply . unfortunately , the traditional ems does not meet the need of power market . it is difficult to develop the new application software on ems
能量管理系统( energymanagementsystem ， ems )是一套为电力系统控制中心提供数据采集、监视、控制和优化，以及为电力市场提供交易计划安全分析服务的计算机软硬件系统的总称，它包括为上层电力应用提供服务的支撑软件平台和为发电和输电设备安全监视和控制、经济运行提供支持的电力应用软件，其目的是用最小成本保证电网的供电安全性。 - The system covers 3d gis , virtual reality , and visualization in scientific computing . with the combination of the electric grid information and the 3d geographic information , this system can provide the real image of the electric grid and the environment around it . using this system we can get all - round analysis results and obtain comprehensive information
本系统以三维地理信息技术、虚拟现实技术和科学可视化技术为支撑，真实地再现了输电线路周围的地形地貌、输电设备，实现了输电线路信息和地理信息很好的结合，从而实现了输电线路、电力设备的浏览、编辑、管理、查询和图表的显示输出等功能。