处理大量数据需要消耗大量的电力。
输出的末尾是电力输入和获取数据花费的处理时间的汇总信息。
At the bottom of the output are the aggregate totals for both input power and processing time required to acquire the data.
智能电表每15分钟收集客户读数，而非每个月，因而电力公司需要新软件处理这些额外的数据。
Smart meters can collect customer readings as often as every 15 minutes, rather than every month, so utilities need new software to cope with all the extra data.
Atos作为提供电力，通讯，数据处理，基础设施的科技公司之一，将对奥运会的成功起到决定性作用。它们汇集出了一份奥运会十大科技事实的清单。
Atos, one of the tech firms providing the huge power, communications and computing and infrastructure that will be crucial to the games' success has compiled a list of ten technology facts.
论述了电力负荷预测中建模数据的选择、预处理方法及其对预测精度的影响。
The selection of the modeling data, the data's pretreatment of power load forecasting and their effects on forecasting precision were discussed.
探讨电力调度自动化系统与MIS系统的两种接口方式，每种接口方式的数据处理及其优缺点。
Discussing the electric regulation automatic system and MIS system two interface connection ways and the data treatment ant its advantage and shortcoming of each interface.
电力系统的发展趋势是大系统、大联网，运行调度人员要处理的数据量日益庞大。
The developmental trend of power system is that system becomes larger and more connectible and the data processed by dispatchers become more hugeous .
在电力调度生产管理系统中，流程控制系统具有地域广、管理对象复杂、必须同时进行数据处理等特点。
In an electric power dispatching MIS, the workflow subsystem has such features as a wide area covered, complex objects managed and parallel data processing and so on.
电力GIS系统需要对各种空间数据进行有效处理，这就要求有一个高性能的空间索引结构。
Power GIS needs to deal with a variety of spatial data effectively, so it requires a high-performance spatial index structure.
继电保护故障信息处理系统能为电力运行提供非常详细和丰富的各种实时以及故障时的数据资料。
The relay protection and fault information system can provide highly detailed and abundant data of real-time or fault cases of the power grid.
终极研制的电力负荷治理终端具有实时数据采集与处理、红外抄表、点阵式液晶模块显示、支持标准通讯规约等功能。'）；
The power load management terminal of this design has real-time data sampling and processing, infrared copy meter, load control, LCD displaying, supporting standard communication protocol and so on.
随着电力系统规模的不断扩大，它的运行状态也越来越复杂多变，调度人员在工作中需要处理大量的数据，任务繁重。
With the development of power system, its operating state is more and more complex. The operators need to deal with a great deal of data, whose tasks are heavy.
随着电力系统规模的不断扩大，能量管理系统中传统的串行实时数据处理方式已经不能满足系统的需求。
Along with the continual extension of the scale of power system, the conventional series processing computation mode is no longer suitable for real-time data processing.
最后，设计实现了基于GPRS的大庆油田电力无线抄表系统及抄表数据的处理方法和结果。
Finally, the design realized DaQing oil-field electric power wireless meter reading system based on GPRS and the process method and result of meter reading data.
电力系统设备缺陷预测是通过对设备当前和历史缺陷数据的分析，对未来可能发生的缺陷做出预测，帮助检修部门提前做好缺陷处理准备。
By analyzing the current and history defect data of electric equipments, we can predict the occurrence of future defect, so the service units can make preparation in advance.
远程电力抄表系统是电力部门收集、处理和分析各种电量数据时的重要设施。
Remote power meter reading system has an important role in the power sector, where in the processing, management, analysis of consumption data filed.
系统利用分布式光纤光栅温度传感器对电力线路温度数据进行实时检测，然后将检测到的温度数据传送至数据处理部分。
The data acquisition sub-system USES distributed optical fiber grating temperature sensor system to measure the temperature of the cables, and transmits the data to the data processing sub-system.
由于数据被打上了时间标签，为数据的再处理、分析等提供了便利条件，为电力系统的广域测量提供了保障。
Because the data are marked on time label, it gives a great of convenience on data analysis and aftertreatment, and it gives ensuring for wide area measurement in power system.
着重论述了电力负荷预测中建模变量的选择、数据的预处理方法、模型的拓扑结构及其对预测精度的影响。
The variable selection, data preprocessing and model structure of power load forecasting, and their effects on forecasting precision are discussed.
为解决现有电力载波通信系统中线路阻波器、结合滤波器的性能测试方法中存在的问题，提出了一种集自动测试、高速采样和数据处理于一体的新型智能式测试系统方案。
The measurement and examination of wave trap coil and coupling filter used for power line carrier communication system are an important part to ensure the electric power system operating normally.
基于数字信号处理(dsp)的数据采集系统相对于基于单片机的数据采集系统更能够满足电力系统在精确度和实时性方面的要求。
The data acquiring system based on DSP can satisfy the demands of higher accuracy and real time in electric power system if compared with the system based on microcontroller.
介绍一种利用220伏同相电力线载波传送dtmf编码数据的系统中的通讯及控制电路的设计，它与数据采集电路及数据处理电路构成一个完整的系统。
The design of the communication and controlling circuit that transmits DTMF code in AC220 inphase power line is presented. It forms a complete system with data picking and processing circuit.
对历史负荷数据进行处理是提高电力系统负荷预测精度首先要解决的问题。
Processing historical load data is first to solve the problem in improving the load forecasting accuracy in power system.
基于在电力负荷预测前期收集历史数据资料时，可能遇到历史数据数据缺损的情况，为此提出了多种对缺损数据的处理方法。
In the electric load forecasting, the shortage and damage data may be encountered when historical data information are collected. This paper puts forward a number of methods to solve these problems.
这些结果进一步提高了估计识别法的实时性能，使它更适用于电力系统的实时数据处理。
By applying the principles of these results, it is possible to improve the real - time performance of estimation-identification approach, which makes it more suitable for application in re...
硬件设计方面，根据电力系统中数据采集和处理的实际特点，用CPLD和DSP控制可对六路同时采样的高速A／D转换器ADS7864来完成六路信号的数据采集；
With regards to the hardware design, we use the CPLD and DSP to control the ADS7864, which can sample the six signals of voltage and current at the same time;
硬件设计方面，根据电力系统中数据采集和处理的实际特点，用CPLD和DSP控制可对六路同时采样的高速A／D转换器ADS7864来完成六路信号的数据采集；
With regards to the hardware design, we use the CPLD and DSP to control the ADS7864, which can sample the six signals of voltage and current at the same time;
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