A new algorithm is proposed in the paper for time-varying reactive power optimization according to the load variation.
根据电力系统实际运行中负荷不断变化的情况，提出了一种新的电力系统时变无功优化算法。
Reactive power optimization is very important for ensuring the quality of voltage, security and economics of power system.
电力系统无功优化对保证电压质量及系统安全性和经济性有着重要的意义。
Reactive power optimization is an effective measure to assure the security, improve power quality and benefit of power systems.
进行无功优化是确保电力系统安全性、提高供电质量和经济效益的有效措施。
Reactive power optimization is an effective method for improving the electricity quality and reducing the power loss in power system.
电力系统实现无功优化控制是保证系统电压质量、降低网损的重要措施。
Intelligent method has been widely used in reactive power optimization because of its superiority in solving the large-scale nonlinear programming problem.
近年来，由于在解决大规模非线性规划问题上的优势，智能算法在电力系统无功优化问题中获得广泛应用。
Thus, it makes low-power optimization a kernel faced in RFID transponder design.
这样，低功耗优化就成为无源射频识别标签设计中的一个核心问题。
Then presents a new algorithm for solving mixed integer reactive-power optimization problem.
提出了一种求解混合整数无功优化问题的新算法。
It is a very high speed VLSI Design through the pipeline architecture with power optimization.
该设计采用流水线处理结构，能达到非常快的处理速度，同时进行了功耗优化。
This paper consults a plenty of literatures and researches the methods of reactive power optimization.
本文在查阅大量文献的基础上，对无功优化的方法进行了研究。
Reactive power optimization in electric power system is important part for electric power safe run research.
电力系统无功功率优化是电力系统安全运行研究的一个重要组成部分。
In this paper, a method of power optimization based on form of design of switch-capacitance circuit is proposed.
文中提出基于开关电容电路设计形式的功耗优化方法。
Considering power optimization in design for testability of system-on-a-chip is a newly emerging research region.
在系统芯片可测试性设计中考虑功耗优化问题是当前国际上新出现的研究领域。
This paper presents a reactive power optimization model that is based on successive quadratic programming methods.
介绍了一种无功优化模型，并基于连续二次规划的方法。
During the above process, power optimization greatly depends on the number of logic implication found in circuits.
在该功耗优化过程中，能找到的蕴涵关系的多少直接影响到电路功耗优化程度的大小。
Making use of MATLAB language, the paper compiles the TSGA program for reactive power optimization of power system.
本文采用MATLAB语言，编制了应用于电力系统无功优化问题的禁忌遗传算法程序。
The nine-zone graph theory is widely recognized in reactive power optimization but hard to deal with three-coil transformers.
九域图原理是电压无功控制的成熟理论，但在处理三绕组变压器时有一定的难度。
This paper presents the distributed solution based on nine-zone diagram method for reactive power optimization in regional system.
在此基础上，再采用九区图方法调整配电网的无功电压，进行迭代，逐层进行无功优化直到问题收敛。
The software structure of the reactive power control system is designed and dynamic reactive power optimization model is established.
设计了无功优化控制系统的软件体系结构，建立了动态无功优化数学模型。
But the load is changing in any time in the practical power system, so the traditional reactive power optimization can't meet the practical need.
但在电力系统实际运行中，由于负荷是不断变化的，因此针对单个负荷断面的静态无功优化是不能满足实际运行需要的。
Reactive power optimization is an effective measure to keep power system safe and economical, and an important method to improve voltage profile.
电力系统无功优化配置是保证系统安全、经济运行的一项有效手段，是提高电压质量的重要措施。
Reactive power optimization is an effective method to keep power system safe and economy, and it's an important measure to improve voltage quality.
电力系统无功优化配置是保证电力系统安全、经济运行的一项有效手段，是提高电压质量的重要措施。
Reactive power optimization is a main measure of power grid optimization and its nature is a multi-object and nonlinear mixed optimization problem.
无功优化是电力网络优化的主要措施，其实质是一个多目标非线性混和优化问题。
Reactive power optimization of distribution network has been studied in this paper, taking maximum synthetical economic benefit as objective function.
本文以综合经济效益最大为目标函数，对配电网无功优化方法进行了研究。
Voltage control and reactive power optimization are effective means to increase rate of qualified voltage, reduce grid losses, and improve the system stability.
电网的电压控制和无功优化是提高电压合格率，降低网损，提高系统稳定性的有效手段。
Voltage control and reactive power optimization are effective means to increase rate of qualified voltage, reduce grid losses, and improve the system stability.
电网的电压控制和无功优化是提高电压合格率，降低网损，提高系统稳定性的有效手段。
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