Power load management system can provide important supports for DSM.
摘要电力负荷管理系统可为需求侧管理提供重要的技术支持。
The technical orientation of the power load management system should adapt to the change of the power supply-demand situation.
电力负荷管理系统的技术定位应适应电力供需形势的变化。
Introduces the basic actuality of electric power load management system, expatiates how to perfect its functions and to content the demand of power supply department.
介绍了电力负荷管理系统的基本现状，并对该系统为适应新形势下供电部门的需求而必须完善和加强的功能做了详细的说明。
Power load management system is a synthetic system for overall power load management applying It technology. It supplies reliable technique support for power marketing.
电力负荷管理系统是运用IT技术对电力负荷进行全面管理的综合系统，为电力营销提供可靠的技术支持。
With comparison between the old and new system the advances in the hardware and software of the new system are analyzed as to show the prospective of power load management system.
并采用新、老系统对比的方法分析了新系统在软、硬件方面的优越性，同时也提出了新系统存在的问题及解决方法。
Function of the existing power load monitoring system now we have is so single, can't satisfy the request of modern management of electric power.
现有的电力负荷监控系统功能单一，已不能满足现代电力管理的要求。
So it's necessary to develop a multifunctional system, which is composed of management, power load monitoring, remote meter reading and prevention of electricity filching.
因此开发一套集管理、负荷监控、远程抄表和防窃电于一体的电力负荷监控系统是十分必要的。
Part of implementary result shows that load management can shape the load curve of power system to reach the expected aim and supply revised parameters for load forecast.
南京市实施的部分结果表明，负荷管理可以改变电力系统负荷曲线的形状，从而达到期望的目标，同时还可以为电力负荷的预测提供修正的参数。
According to the need of situation, Chongqing electric power load system was reconstructed into Chongqing electric power management system.
根据形势的需要，重庆市电力负荷控制系统改造成重庆电力负荷管理系统。
System simulation indicates that the electrical power distribute system used in automatic management of aircraft electric load has high reliability and good maintenance.
系统模拟实验结果表明，采用电气负载自动管理技术大大提高了飞机配电系统的可靠性和可维护性。
Electric power system load forecasting is one of important operations in dispatching, demanding, scheduling and planning of power system management sectors.
电力负荷预测是电力系统调度、用电、计划、规划等管理部门的重要工作之一。
It is an inevitable trend that the distributed aircraft power and automatic load management technologies will be applied in Advanced aircraft power System (AAPS).
采用飞机电气负载自动管理技术是先进飞机配电系统的发展趋势。
As the kernel of the power distribution system, power system Processor implements electrical load scheduling and management, system fault process and fault recovery, system rebuilding.
供电系统处理机则是该先进飞机配电系统的核心，负责对电气负载实时控制与管理，同时负责系统故障处理、恢复和系统动态重构。
The system perfects the management and protection for the charge and discharge of storage battery also for the load and solar power supply.
从硬件、软件方面完善系统对蓄电池充放电及其负载的管理和保护。
The whole system has been practiced to highly enhance the management level of electric power load safety.
实际运行表明该系统对提高企业电力负荷安全管理水平具有显著作用。
The power energy management system can reduce the consumption of the products effectively in order to realize the peak load shifting and production cost reducing.
利用电力能源管理系统可有效降低产品电能消耗，实现移峰填谷，降低生产成本。
The power energy management system can reduce the consumption of the products effectively in order to realize the peak load shifting and production cost reducing.
利用电力能源管理系统可有效降低产品电能消耗，实现移峰填谷，降低生产成本。
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