用等值辐射网络分摊输电损耗是一个全新的思路。
It is a new idea to allocate losses by using a radial equivalent (RE) network.
电力市场中的输电损耗分配问题可采用基于边际损耗灵敏度的损耗分配方法来解决。
The distribution problem of transmission loss in electric power market can be solved by the method of computing transmission loss based on marginal loss sensitivity.
由于电力市场的实行，输电损耗的如何合理、科学地分配已成为发电厂商和电力公司及用户之间的利益冲突的焦点。
Because of the implement of power market, how to distribute transmission losses reasonably and scientifically has become the focus of profit conflict among power plants, power companies and customers.
现在有人开始质疑这一标准的适用性，因为在远距离输电的情况下，采用高压直流(HVDC)要比高压交流损耗小。
Some people, however, question that standard because over long distances high-voltage DC lines suffer lower losses than AC.
电力系统中无功的分层平衡，有利于减少输电路径上无功的流动，降低电网传输损耗。
In the power system of reactive power balance layer, to reduce the flow path, reduce the reactive power transmission loss.
这种趋势是由于更大输电容量，更有效利用线路走廊，更低线路损耗的规模经济性以及降低对环境影响所促使。
The trend is motivated by the economy of scale due to the higher transmission capacity, more efficient use of right-of-way, lower transmission loss, and reduced environmental impact.
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.
用高压输送电能时，沿输电线的功率损耗小得多。
A much smaller power loss occurs in the cable when energy is transmitted at high voltage.
在直流输电线路工程设计中，如果按我国现行标准规定的经济电流密度选择导线截面，将导致截面偏小，损耗增大。
In DC transmission line construction design, current national standard of economical current density will under predictcd conductor section, resulting in large loss.
以面向实际应用为目的，提出了一种考虑输电网络损耗及线路过负荷约束的火力发电机起停计划方法。
For the purpose of practical use a unit commitment method considering transmission losses and line overload constraint is proposed in this paper.
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.
高压直流输电系统架空线路只需正负两 极导线，可实现大功率、低损耗、长远距离电力的直接输送；
The overhead line of HVDC power transmission system needs positive and negative leads only, allowing for high power, low loss and long distance power transmission;
以面向实际应用为目的，提出了一种考虑输电网络损耗及线路过负荷约束的火力发电机起停计划方法。
Combining with the actual situation of rural power network, it put forward the measures of reducing power network loss from two aspects of technology and management.
对供电部门来说，为了减少输电线的电能损耗，要求企业进行无功补偿。
To the power supply department, in order to reduce the energy loss of power transmission line, requests enterprises to carry on the reactive power compensation.
高电压输电降低了功率损耗，并许可运用更小的导体传输线。
Transmitting electricity at high voltages reduces the power loss and permits the use of smaller conductors in the transmission line.
高电压输电降低了功率损耗，并许可运用更小的导体传输线。
Transmitting electricity at high voltages reduces the power loss and permits the use of smaller conductors in the transmission line.
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