分析了输电费的组成，确定了输电费的定价方法；
The composition of transmission charges is analyzed and pricing transmission charges is studied.
介绍一种实用的考虑输电费用分摊的电力交易方法。
This paper introduces an electricity trade method considering transmission cost allocation.
根据一年内日最大系统边际电价，将年输电费用分摊到每一日；
According to the maximum daily system marginal price in a year, the annual transmission cost is allocated to each day.
电力市场环境下，输电费用的计算和分摊成为必须解决的问题之一。
Computation and allocation of transmission costs is one of the problems that must be solved in the environment of electricity market.
提出了一种新的输电定价方法，将输电费用成本组成分成固定成本、变动成本和附加成本。
The proposed transmission pricing method divides transmission cost into fixed cost, variable cost and additional cost.
算例结果表明：费用流法计算简洁、中间步骤少、累计误差小，是计算输电费简单有效的方法。
Results show that the cost flow method is simple and effective with less steps and small cumulative error.
本文着重从三个方面对电力市场传输管理问题进行了探讨，即损耗分摊、输电费用分配和阻塞管理。
This paper focuses on three aspects of transmission management of electricity market: loss allocation, transmission cost allocation and congestion management.
本文着重从三个方面对电力市场传输管理问题进行了探讨，即损耗分摊、输电费用分配和阻塞管理。
The paper focus on three aspects of transmission management of electricity market, loss allocation, transmission cost allocation and congestion management.
本文着重从两个方面对电力市场环境下的输电服务费用问题进行了深入探讨：输电网损分摊和输电费用分配。
This paper is concerned with two aspects of transmission services cost of electricity market, transmission loss allocation and transmission cost allocation.
把修改后的合作博弈理论引入到输电费用分配方法中，这是一个新的尝试。 其中输电费用计算是本论文的重点研究部分。
This paper also introduces modified cooperative game theory into transmission pricing and it is a new thought to the transmission pricing.
此方法克服了传统的输电费用分配方法没有经济信号的缺点，可以鼓励电网的有效利用，同时可以对输电费用进行完全回收。
This method overcomes some drawbacks of the traditional methods and encourages the efficient use of grid. It can completely recover the transmission cost.
考虑到超短期负荷预测偏差的情况下，以购电费用变化量最小为目标函数重新调整发电计划，从而导致电网可用输电能力(atc)发生变化。
Because of super short-term load forecast error, ATC is changing with the adjustment of the generation scheduling by the object function that purchasing charge is least.
考虑到超短期负荷预测偏差的情况下，以购电费用变化量最小为目标函数重新调整发电计划，从而导致电网可用输电能力(atc)发生变化。
Because of super short-term load forecast error, ATC is changing with the adjustment of the generation scheduling by the object function that purchasing charge is least.
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