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7213-Modbus20131128
- 基于lpc1768配电电压检测终端，将检测到得电压电流相位进行分析处理，自动调整供电分配-Lpc1768 based distribution voltage detection terminal will detect the voltage and current phase was analyzed and processed automatically adjust the power distribution
TDOptimization3.3
- 应用于板材开料优化、钢板剪板、陶瓷切割、纸业、石材、卷材、地毯、铝板、电器柜开料、配电箱柜下料、包装、玻璃开料优化、家具板材下料排料、幕墙、电表箱柜下料排料等领域。如需技术支持请联系作者。 -Used in sheet metal cutting and optimization, plate shearing, cutting ceramics, paper, stone, sheet, carpet, aluminum, electrical cabinet is expected to
POWERFLOW--RECONFIGURATION
- 配电网络潮流计算、大规模配电网络重构以及配电网络的动态重构 -Three Phase disritbution netwokr Powerflow andnetW0rke reonfiguration
lHspeidianwang
- 利用前推回代法求解IEEE33节点配电系统各节点电压-Before use backward substitution method to solve IEEE33 node of each node voltage distribution system
NEWTON
- 优秀论文配套源码。分布式电源的接入使得配电系统从放射状无源网络变为分布有中小型电源的有源网络。...使得配电系统的控制和管理变得更加复杂。但同时，分布式电源又具有提高电网可靠性，绿色节能，等等优点，所以为更好的利用分布式电源为人类造福，我们必须对其进行研究与分析。-Matlab prepared using forward and backward substitution distribution network power flow calculation program uses IEEE
jieidandaona
- 优秀论文配套源码。分布式电源的接入使得配电系统从放射状无源网络变为分布有中小型电源的有源网络。...使得配电系统的控制和管理变得更加复杂。但同时，分布式电源又具有提高电网可靠性，绿色节能，等等优点，所以为更好的利用分布式电源为人类造福，我们必须对其进行研究与分析。-Matlab prepared using forward and backward substitution distribution network power flow calculation program uses IEEE
qinatuihuidai
- 计算配电网络潮流 基于40节点计算配电网潮流电压及其电流 -Calculation of distribution network based on 40 tide node voltage and current power flow calculation
IEEE14-state-estimation
- 采用MATLAB软件运用本方法，对IEEE14节点配电系统进行了状态估计。给出了其节点负荷数据和支路信息，经状态估计后最终得到了与传统最小二乘法状态估计的相应的电压幅值对比结果和相角对比结果-Using MATLAB software using this method, the IEEE14 node distribution system state estimation. Gives its branch nodes and load data information via the st
trip-Voice-Alarm
- 高低压配电柜跳闸语音报警系统 系统包含打印机和彩屏，程序完整，编译后可以正常使用，只是年代久远，说明文件和PCB文件找不到了！-High and low voltage distribution cabinet trip Voice Alarm System System includes a printer and a color screen, program integrity, and can be used normally compiled, just old, docum
TDSDK42Demo
- 从同德科技官网下载的同德板材智能优化算法Demo，做了些修改，作为同德Cutter算法SDK开发交流学习使用。商业开发可广泛应用于板材开料优化、钢板剪板、陶瓷切割、纸业、石材、卷材、地毯、铝板、电器柜开料、配电箱柜下料、包装、玻璃开料优化、家具板材下料排料、幕墙、电表箱柜下料排料等领域。-Downloaded from the official website of TongDe technology intelligent optimization algorithms Demo, made
chonggou
- 配电网重构，实现平衡负荷，降低配电网网损的功能。-Distribution network reconfiguration, balanced load, power distribution network loss reduction.
the-distribution-system-optimization
- 对配电系统多节点的优化并将其对比，使配电系统的节点优化更方便快捷-Multi-node distribution system optimization and contrast, so nodes to optimize the distribution system more convenient
dianqi13
- 配电箱正视图，用2010CAD画的，通过图形可以看出每个部分的功能-A front view of the distribution box, with 2010CAD painting, it can be seen through the pattern of each part of the function
ph-5-21
- 7类用能设备（工业锅炉、供配电系统、水泵、风机、热力管道、电动机）节能监测计算程序-Class 7 using equipment (industrial boilers, power supply and distribution systems, pumps, fans, heat pipes, motors) to calculate energy monitoring program
distance-relay-protection
- 电力系统中配电网络的距离保护模型，可用于分布式电源并入后的保护方案-Distance protection model power system distribution network can be used for distributed power protection program incorporated
Transformer
- 三绕组配电线性变压器的应用采用负载为75 KVA，三个电压分别为14400/120 /120V-This demonstration illustrates the use of the linear transformer to simulate a three-winding distribution transformer rated 75 kVA- 14400/120/120 V
gongpeidian
- 文档内容为设计某住宅小区供配电系统的设计方案，期中包括短路计算，一次，二次接线图，功率计算等。-The document for the design of a residential district for distribution system design, including a short calculation period, primary and secondary wiring diagrams, power calculation.
case54
- IEEE 配电系统54节点负荷、线路阻抗等-IEEE case54
Distribution-network-gui
- 拥有gui界面，实时描述三相配电网络情况（包括电压，电路损耗），由线损，三相荷载和无功补偿额为主要影响因素-With GUI interface, real-time network descr iption of three-phase distribution (including voltage, circuit loss), by the loss, the three-phase load and reactive power compensation as the main fact
Voltage-Stability-Based-DG
- 介绍了关于分布式电源接入低压配电网络的位置对配电网电压稳定裕度、系统稳定方面的影响-Describes the impact of distributed power access location for low-voltage distribution network distribution network voltage stability margin, the system stability of