The model of outage cost is proposed to evaluate the outage risk level of load bus.
采用基于调查法的节点停电损失模型来衡量节点的停电损失水平。
Taking user's utility attribute and outage cost into accounts, the priority service rate aims at managing load.
分级电价考虑了用户的用电特性和缺电成本，通过弹性化的电价方案来达到负荷管理的目的。
This paper presents the concept of power outage cost, the factors influencing power outage cost and the estimation method...
本文介绍了缺电成本的概念、影响因素和估计方法。
This paper presents the concept of power outage cost, the factors influencing power outage cost and the estimation method of power outage cost.
本文介绍了缺电成本的概念、影响因素和估计方法。
Power outage cost is used to measure the economic losses incurred by power customers during the period of power interruption or electric load constraint.
缺电成本用于衡量断电或限电时用户的经济损失。
Then from users' welfare, marginal outage cost (MOC) is discussed in energy cost and point out the model of priority pricing depended on the theory of marginal pricing.
从用户的利益出发，在边际电量成本中，考虑了边际缺电成本。应用边际定价理论，给出了分级定价的数学模型。
Combining the reliability-calculating model of power system and calculating method of outage cost, a mathematical model that can optimize the reliability of power system is set up.
并用该方法整合发电系统的可靠性计算模型及缺电损失计算模型，建立了发电系统最优可靠性数学模型，用于确定发电系统的最优可靠性及对应的系统电源容量。
Many technology companies rank stability as the most important factor when they choose products, even though many do not always have a clear understanding of the actual cost of product outage.
许多技术公司在选择产品时将稳定性作为最重要的因素，尽管许多公司并不总是能够清晰地理解产品停用的实际成本。
Is that always true, or is the cost less for a regular, planned outage than for a surprise unplanned outage?
这总是正确的吗，或一个常见的、预期的问题会比一个突发情况花费要少？
The cost of an unplanned outage of over 2 hours but less than one day is b thousand dollars per hour, etc.
一个超过2小时但是少于1天的未计划中断的花费是b千美元每小时等。
The cost of a planned outage of up to 6 hours overnight is c thousand dollars.
一个长达6小时的计划中断在过了一个晚上之后的花费是c千美元。
The cost of an unplanned outage of up to 2 hours is a thousand dollars per hour
一个长达两个小时的未计划中断的花费是 1千美元每小时。
And then an optimum sensing time and transmitted power allocation was proposed by making use of the approximate outage probability formulation as cost function.
然后以近似表达式为代价函数，提出一种优化感测时间和功率分配方案。
And then an optimum sensing time and transmitted power allocation was proposed by making use of the approximate outage probability formulation as cost function.
然后以近似表达式为代价函数，提出一种优化感测时间和功率分配方案。
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