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chaoliujisuan
- 一个典型的直角坐标牛顿拉夫逊法程序，用于电力系统的潮流计算，程序可计算带PQ节点、PV节点、平行支路、接地支路、非标准变比变压器支路的电力系统潮流，通用性良好。-A typical Cartesian coordinate procedures Newton Raphson method for power system load flow calculation, the program calculates the node with the PQ, PV nodes, the parall
Autonomousrobotforapowertransmissionlineinspection
- 一个自主机器人的电力传输线检查可引起电压的输电线路作为电源来源提出。该机器人采用电流互感器的主要促使目前从输电线路和远见功能浏览。结果表明，该机器人可以 自动沿着输电线路。-An autonomous robot for the power transmission line inspection that can induce the voltage from the transmission line as a power source is presented. The rob
power_converter_craig_no_Trans
- This power converter in matlab with no transformer. The full control is using. PID controller for the gating signal of SCR. The phase angle has been controlled-This is power converter in matlab with no transformer. The full control is using. PID cont
CP
- 粒子群加连续潮流法，能优化变压器分接头，进行多变量优化，使系统非常稳定-PSO plus continuous power flow, transformer taps can be optimized, multi-variable optimization, making the system very stable
PNN
- pnn神经网络算法，通过训练后，可实现对电力变压器故障的分类-pnn neural network algorithm, by training, can be realized on the power transformer fault classification
Detection-of-short-duration-power-quality-disturba
- 优秀论文及配套源码。电压暂降是动态电能质量问题中最受关注的热点之一。大量新型电力电子设备的广泛使用对电网电能质量的要求越来越高，而且电压暂降在电网中又具有一定的传播性。因此，无论从电网还是用户都迫切需要对电压暂降进行研究和治理。对电压暂降的检测是解决电压暂降的前提条件，故本论文主要对电压暂降的检测方法进行研究。 本文分析了国内外短时电能质量扰动检测的研究现状，并着重讨论了短路故障、感应电动机启动和变压器激磁三种电压暂降扰动情况下电压暂降的特性；在此基础上选择了基于S变换的短时电能质量扰动检测
qthdsf
- 电力系统配网潮流计算算法，主要用C++进行开发，可以用来进行进行电网的潮流计算，可以应用到计算线损、变压器经济运行等。-Power system distribution network flow calculation algorithm, mainly used C++ for development, can be used for the power flow calculation, can be applied to the calculation of line losses, t
Mixed-programming-wit-MATLAB-C_Builder-power-cut-p
- MATLAB与C_Builder混合编程Mixed programming with MATLAB C_Builder power cut projected temperature rise test transformer winding resistance moment-Mixed programming with MATLAB C_Builder power cut projected temperature rise test transformer winding resistan
d
- 一篇论文《遗传BP网络在电力变压器故障诊断中的应用》，希望对大家有用-Paper " Genetic BP network for power transformer fault diagnosis" , we hope to be useful ~~~~~~~~~
D2
- simulink系统仿真：10kV 母线短路容量为10MVA，通过额定电压10/0.4kV，额定容量为100kVA，短路阻抗为5％的变压器与负荷相连， 阻感负荷RL 容量为50kVA，功率因数0.9。电力电子装置产生的5 次和7 次谐波电流均为5A；为了抑制7 次谐波在400V 母线处接入电容与变压器构成7 次滤波器。-simulink System Simulation: 10kV busbar short-circuit capacity of 10MVA, through the rate
fliter
- 电力变压器局部放电在线检测中窄带干扰滤波方法-Power Transformer Partial Discharge Detection in the narrow band interference filter
BP-netwwork-power-transformer
- 本文主要描述了基于BP神经网络的电力变压器其内部故障时的处理方法。并通过仿真进行验证说明。-This paper describes the BP neural network based on its internal power transformer failure approach. Verified by simulation instructions.
s223_YNvd_10b
- YNvd变压器的建模与仿真，是铁路同相供电系统的3/2变压原理，比较前沿的技术-YNvd transformer modeling and simulation of railway power supply system in phase 3/2 transformer principle, more cutting-edge technology
OCD--code
- 通过对集成误差公式的理论分析，提出了一种能主动引导个体网络进行差异性学习的集成网络学习算法。该方法通过对集成误差的分解，使个体网络的训练准则函数中包含个体网络误差相关度的因素，并通过协同训练，引导个体网络进行差异性学习。该方法在基于油气分析的变压器故障诊断的实验结果表明，该方法的故障诊断准确率优于传统的三比值法与BP神经网络，其性能也比经典的集成方法Bagging和Boosting方法更稳定可靠。-A learning algorithm is proposed in this paper by
ADL-code
- 通过对集成误差公式的理论分析，提出了一种能主动引导个体网络进行差异性学习的集成网络学习算法。该方法通过对集成误差的分解，使个体网络的训练准则函数中包含个体网络误差相关度的因素，并通过协同训练，引导个体网络进行差异性学习。该方法在基于油气分析的变压器故障诊断的实验结果表明，该方法的故障诊断准确率优于传统的三比值法与BP神经网络，其性能也比经典的集成方法Bagging和Boosting方法更稳定可靠。-A learning algorithm is proposed in this paper by
transformer-fault-diagnosis
- BP神经网络在电力变压器故障诊断中的应用，通过该算法可以有效地诊断出电力变压器的故障。-BP neural network applications in the power transformer fault diagnosis, the algorithm can effectively diagnose the fault of power transformers.
Power-based-Differential-Relay
- Differential Relay for power transformer protection using power based algorithm
Marquardt
- Marquardt法借鉴了目前有关设备故障率的一些理论研究方法,提出了基于Marquardt法参数估计的变电设备寿命周期故障率评估的方法。该方法以电力变压器为例,通过建立电力变压器的故障树模型-Marquardt method draws on equipment failure rate is currently about some theoretical approaches, Marquardt method is proposed based parameter estimation
transformer
- This the simulation of a transformer. This transformer is basically a distribution type. It has three windings in the distribution side. This three windings give three different voltage level. Three voltage level is necessary for the distribution sid
Power-transformer-design
- 功率变压器设计公式推导及应用（正激、推挽、反激）-Power transformer design formula derivation and application (Forward, push-pull, flyback)