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iec-61850-7.1
- 变电站通信网络和系统 第 7-1 部分:变电站和馈线设备的基本通 信结构 原理和模型-Communication networks and systems in substations Part 7-1: substation and feeder equipment structure principle and the basic model of communication
feeder13
- 这些测试的一个程序来代表不同的配置，全系三相变压器的能力，和不平衡负载。-These test the capability of a program to represent transformers of various configurations, full three phase lines, and unbalanced loads.
33-node-feeder
- IEEE33节点 配电网信息梳理 包含节点、支路等信息-IEEE33 node
IEEE_distributionTestFeedersPSCAD
- pscad搭建的含分布式电源的单馈线ieee4节点、13节点和34节点算例，共7个源文件-pscad build single feeder ieee4 node containing distributed power of 13 nodes, 34 nodes example, a total of seven source files
European_LV_Test_Feeder
- 欧洲中压配电馈线测试系统,包括对各参数的详细说明。-European Medium voltage Test Feeder
power_wind
- A 10 MW wind farm consisting of five 2 MW wind turbines connected to a 25 kV distribution system exports power to a 120 kV grid through a 30 km, 25 kV feeder.
Robust--control
- Distributed Robust Adaptive Frequency Regulation of Power Grid with Renewable Integration. Simulations on the IEEE PES Distribution 37 bus test feeder topology are conducted to demonstrate the ectiveness of the proposed controllers.
automatic-pet-feeder
- automatic pet feeder
IEEE_9bus
- bus this the updated version of IEEE Feeder 9
feederrrr4 you
- system for analize feeder of 37 buss ieee
feeder13
- IEEE 13 bus feeder data from power system archive
电脑横机
- 电脑横机是纺织机械中机电一体化、自动化程度较高的一种产品，较新一代电脑横机主要由传动机构、给纱机构、牵拉机构、针床横移机构、检测自停装置和整机控制系统等部分组成。(The computer horizontal machine is a product of mechanical and electrical integration and high automation in textile machinery. The new generation of computer horizonta
ddsr20-md
- DDSR 20 Brabender Feeder
ddsr40-md
- DDSR 40 Brabender Feeder
dsr28-md
- DSR 28 Brabender Feeder
dsr67-md
- DSR 67 Brabender Feeder
fw20-md
- FW 20 Brabender Feeder
前推回代潮流计算程序
- 前推回代法已知配电网的始端电压和末端负荷，以馈线为基本计算单位。 最初假设全网电压都为额定电压，根据负荷功率由末端j向始端k逐段推算，仅计算各元件中的功率损耗而不计算节点电压，求得各支路上的电流和功率损耗，并据此获得始端功率，这是回代过程。 再根据给定的始端电压和求得的始端功率，由始端向末端逐段推算电压降落，求得各节点电压，这是前推过程。如此重复上述过程，直至各个节点的功率偏差满足允许条件为止。(The forward and backward substitution method