1) accurate daily generation scheduling
精细化日发电计划
2) daily generation scheduling
日发电计划
1.
Research of Daily Generation Scheduling Based on Dynamic Programming Method and Different Bid Curve;
基于动态规划法的日发电计划及不同报价曲线研究
2.
In the light of the key steps in daily generation scheduling,such as load forecasting,electric power and energy exchange in transmission lines,hydropower-thermal power dispatching and security checking,the relation between the daily generation scheduling and energy saving based scheduling is analyzed in detail.
针对日发电计划编制中负荷预测、联络线互供、水电火电调度、安全校核等关键环节,详细分析了日发电计划与节能调度的关系,在阐述影响落实节能调度相关因素的基础上,提出了把节能调度从月度及以上计划环节向调度执行层面推进和落实的具体方法,为节能调度的推进提供了有益的借鉴。
3.
In this algorithm the components are divided into two types, and the time-dependent outage probability of each type is deduced based on daily generation scheduling.
该算法将元件分成时变元件和非时变元件2种类型,在日发电计划基础上推导出了各类元件的时间相关停运概率,并在故障后果分析中考虑了自动装置的调节作用,最后从失负荷量、越限程度和系统所处各类运行状态的概率3个方面构建了适合调度的运行风险指标。
3) Daily power generation
日发电计划
1.
The combination of generating units is an important optimization task in the daily power generation scheduling in power system.
机组组合是电力系统日发电计划中主要的优化任务,在满足各种约束条件下求得全局最优解是一个比较困难的事情。
4) daily generation dispatching schedule
日发电调度计划
1.
With the development of the electricity market, the optimal objective of the daily generation dispatching scheduletransfers from the traditional operation cost to the pool purchase cost.
针对这些特点 ,从河北南部电网的实际需求出发 ,提出了电力市场过渡时期日发电调度计划编制的实用算法 ,并开发了河北南网日发电调度计划编制软件包。
5) daily generation dispatch scheduling curve
日发电计划曲线
6) next-day power output project prediction
次日发电出力计划预测
1.
Based on the research and practice of the support system, several issues were discussed such as digitizing the operating condition chart, designing the structure of information base for heat-power relationship, building the general calculation model for dispatch interval and performance index, determining the method of next-day power output project prediction, etc.
结合该系统的研究实践对热电联产机组供热工况图数字化、热电关系信息库结构设计、调度区间及性能指标通用计算模型研究、次日发电出力计划预测方法等研究内容进行了论述;介绍了系统的主要功能及在节能发电调度工作中的实际应用情况,对系统投入使用后所取得的应用效果进行了对比分析。
补充资料：化日
1.太阳光。亦借指白昼。
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