placement in power system and power ff

MATLAB中自带的双馈风力发电机并网系统的简单平台测试

his trend is increasing day by day. Further, with the deregulation of the power industry, competitive pressures

风力发电控制器matlab仿真代码，大家一起参考学习。

主要用于电力集抄系统，或智能建筑方面 主要用于电力集抄系统，或智能建筑方面 主要用于电力集抄系统，或智能建筑方面

Power-System-Analysis-And-Design fifth edition J.D.Glover

Power PMAC 5-Day Training

Power Supply Design Guide for Desktop Platform Form Factors Revision 1.1, intel

Low Power Semiconductor Devices and Processes for Emerging Applications in Communications, Computing,and Sensing 2019 Low Power Semiconductor Devices and Processes for Emerging Applications 2018.part1.rar (16.1 MB, 下载次数: 115 ) Low Power Semiconductor Devices and Processes for Emerging Applications 2018.part2.rar (16.1 MB, 下载次数: 130 ) 2019-7-23 08:45 上传 点击文件名下载附件 下载积分: 资产 -6 信元, 下载支出 6 信元 Low Power Semiconductor Devices and Processes for Emerging Applications 2018.part3.rar (16.1 MB, 下载次数: 126 ) Low Power Semiconductor Devices and Processes for Emerging Applications 2018.part4.rar (16.1 MB, 下载次数: 122 ) Low Power Semiconductor Devices and Processes for Emerging Applications 2018.part5.rar (298.5 KB, 下载次数: 64 ) Making processing information more energy-effcient would save money, reduce energy use and permit batteries that provide power to mobile devices to run longer or be smaller in size. New approaches to the lower energy requirement in computing, communication and sensing need to be investigated. This book addresses this need in multiple application areas and will serve as a guide in emerging circuit technologies. Revolutionary device concepts, sensors and associated circuits and architectures that will greatly extend the practical engineering limits of energy-effcient computation are being investigated. Disruptive new device architectures, semiconductor processes and emerging new materials aimed at achieving the highest level of computational energy effciency for general purpose computing systems need to be developed. This book will provide chapters dedicated to such efforts from process to device.

随着计算，通信和物理过程的集成，现代电网已成为一个大型而复杂的网络物理电源系统（CPPS）。 这种趋势旨在使电网现代化并提高其效率，但它却使CPPS容易遭受由网络攻击（例如，由CPPS网络发起的攻击）引起的潜在的级联故障。 为了防止这些风险，必须分析如何针对CPPS进行网络攻击以及它们如何影响电力系统。 鉴于通用分组无线服务（GPRS）已在CPPS中得到广泛使用，本文通过研究基于GPRS的SCADA系统针对网络物理电源系统的可能网络攻击，提供了一个案例研究。 我们分析了基于GPRS的SCADA系统的漏洞，并将重点放在DoS攻击和消息欺骗攻击上。 此外，通过使用IEEE 9节点系统的仿真，我们展示了针对电力系统的这些攻击的后果，结果表明，在我们提出的攻击下，通过系统传播的级联故障的有效性。