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yewn78.3
- This paper presents a new and efficient approach for capacitor placement in radial distribution systems (RDS) that determine the optimal locations and size of capacitor with an objective of improving the voltage profile and reduction of power los
kjtrew.23
- This paper presents a new and efficient approach for capacitor placement in radial distribution systems (RDS) that determine the optimal locations and size of capacitor with an objective of improving the voltage profile and reduction of power los
ORPD
- OPTIMAL REACTIVE POWER DISPATCH
2
- Reliable control and optimal operation of the doubly fed induction generator (DFIG) is necessary to ensure high efficiency and high load-following capability in modern wind power plants. This is often difficult to achieve using conventional linear co
handbook
- Abstract—This paper presents a Viterbi-based test compression algorithm/architecture that provides high encoding efficiency and scalability with respect to the number of test channels. The proposed scheme finds a set of compressed test vectors
5
- 实时平抑风电场功率波动的电池储能系统优化控制方法-Method of optimal control system to stabilize the battery real-time wind power fluctuations of energy
wugongyouhua
- 无功优化matlab程序，内点法，缺点是没有运用矩阵运算，所以显得有些繁杂，请见谅-ORPF(Optimal Reactive Power Flow)
39378
- This work investigates the practical application of support vector machine (SVM) to power transformer condition assessment. Partiuclarly, this paper proposes to integrate the SVM algorithm with two heuristic optimization algorithms which are
Yang_nature_book_part
- This work investigates the practical application of support vector machine (SVM) to power transformer condition assessment. Partiuclarly, this paper proposes to integrate the SVM algorithm with two heuristic optimization algorithms which are
39326
- This work investigates the practical application of support vector machine (SVM) to power transformer condition assessment. Partiuclarly, this paper proposes to integrate the SVM algorithm with two heuristic optimization algorithms which are
goudianzuixiao
- 电力系统优化调度是一项复杂的系统工程。目前，在在电力系统发电领域，还没有一个系统的、完善的、成熟的解决方案。研究电力系统中水电厂优化调度，必须考虑到环境的影响，对提高电网安全稳定水平，优化利用能源资源，全方位努力地开拓发电企业的电力市场、提高经济效益等都具有重要意义。- Study for optimal scheduling of power system Abstract Optimal operation of power system is a complicated s
Projet-Smart-grid1(REE)
- Distributed generation of electricity currently has a very important development. Several renewable and free energy sources like the wind (windmills), solar (photovoltaic or thermal) are increasingly used to produce electricity locally on remote site
shuw
- 与在空间域上通过适当信号处理来分离多用户相比，下行多用户多输入多输出（MU-MIMO）传输技术因其显著增加系统容量的潜力近来已经得到广泛关注。令人遗憾的是，这些技术需要准确的信道状态信息保证其正常运行。然而在实践中，由于在FDD系统中反馈信道的有限容量导致精确的CSIT是难以获得的。本文研究的系统采用MU-MIMO下行链路传输中的分解有限反馈。特别是，支持能够处理用户间干扰的方案的必不可少的信息是确定的，根据把残余的用户间干扰功率最大限度地减小来设计最佳的码本。模拟结果表明，一般的有限反馈对通过
04153495
- A Three-Phase Power Flow Modelization: A Tool for Optimal Location and Control of FACTS Devices in Unbalanced Power Systems-A Three-Phase Power Flow Modelization: A Tool for Optimal Location and Control of FACTS Devices in Unbalanced Power Syst
distribute
- 电厂机组负荷优化分配主程序，采用动态规划方法-Power plant load optimal distribution of main program, the dynamic programming method
STATCOM
- In a deregulated utility environment financial and market forces will demand a more optimal and profitable operation of the power system with respect to generation, transmission and distribution. Power electronic equipment such as flexible AC Tra
dsent0.91
- 片上光网络的仿真器,仿真网络器件和拓扑结构，用来计算网络功率-Optimal network simulator，simulate the network topology and calculate the power of the network
buck
- DC-DC降压变换器，采用二次型最优控制策略，把一个电压源变为低压的稳定电源-DC- DC buck converter, using the quadratic optimal control strategy, a voltage source to the stability of the low voltage power supply
04602368_3
- Improvement of Voltage Stability and Reduce Power System Losses by Optimal GA-based Allocation of Multi-type FACTS Devices
04524750_2
- A novel strategy for selection of the optimal number and location of UPFC devices in deregulated electric power systems-A novel strategy for selection of the optimal number and location of UPFC devices in deregulated electric power system