1) safety factor proof
安全系数校核
2) check safe coefficient
校核安全系数
3) security checking
安全校核
1.
To meet the need of power system dispatch and operation,a security checking and optimal correction software system for daily generation scheduling is developed.
根据调度生产的实际需求,研发了日发电计划安全校核及最优调整系统,对其功能设计、关键技术等进行了阐述,并对四川省典型断面的安全校核和校正结果进行了分析,结果证明了该系统的有效性和实用性。
2.
The contents and characteristics of security checking system for daily generation scheduling of East China power grid are presented.
阐述了华东网调日计划安全校核工作的基本内容和特点;围绕安全校核系统的具体实现,介绍了该系统的模块组成、数学模型;在此基础上讨论了其核心计算方法——带约束的经济调度(SCED)算法,并比较了节能调度模式下该计算过程与安全校核系统的异同,对SCED的输入和输出数据稍加改造,增加优化模块,使其适用于节能调度;用实际算例说明了安全校核系统的作用。
4) security check
安全校核
1.
Practice of the short-term energy planning security check and application of multi dimension gridding
短期电能计划安全校核实用化及多维度网格化的应用
2.
Because of the need for the security check nowadays, the adjustment is increasing consequently,and besides the network is not strong,the researches on these aspects with regard to the daily scheduling should be carried out.
由于国内电网网架结构比较薄弱的特点,以及当前日发电计划的安全校核和校正的需求,决定了对发电计划的安全校核及优化调整和阻塞调度等问题研究的必要性,开发了一套日发电计划安全校核及最优调整系统的应用软件,利用降阶基方程线性规划法实现发电计划的最优调整,具有自动网络等值、母线负荷预测、实时网络状态读取、安全校正、安全校核及潮流变化曲线显示、系统图形生成等功能。
3.
Finally, designs the structure of the Security Check plug-in, proposes an improved Security Check method based on the steady state stability margin coefficient, and makes the computing speed fast.
设计了安全校核插件的整体结构,提出了一种基于静态稳定储备系数的安全校核方法的改进算法,提高了安全校核的计算速度。
5) security correction
安全校核
1.
Taking the annual and monthly contract transactions of Northeast Electricity Market as background, the security correction problems for these two transactions are studied.
以东北区域电力市场年度合同交易、月度合同交易为背景,研究了这2种交易的安全校核和阻塞管理问题。
2.
In order to adapt to the future power market in East China, this paper presents a security correction method of generation plan in energy management system (EMS) based on the need of the power system operators and analysis.
基于调度生产的实际需求,对能量管理系统中发电计划安全校核的功能设计、关键技术、数据解析等进行了阐述,并对典型断面进行了分析。
6) security assessment
安全校核
1.
The time-interval based optimization algorithms are used to solve the monthly unit commitment and security assessment.
采用时序优化方式解决月度机组组合和电网安全校核问题,针对电力市场和节能调度模式,建立了优化数学模型。
2.
The latter method for power grid operation modes is too simple to ensure the comprehensiveness of security assessment.
电力市场和节能发电中电网的运行方式与传统的均衡发电模式相比发生了较大变化,后者的电网运行方式筛选过于简单,难以保障电网安全校核的全面性。
补充资料：校核
1.校对，核查。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条