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Description: This paper deals with smart Grid
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Size: 861184 |
Author: ali khaleel |
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Description: System- ‐Level
Reliability
Analysis
this paper talks about smart grid for
Conceptual Design of Electrical Power
Systems
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Size: 1163264 |
Author: ali |
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Description: Cyber security in the Smart Grid: Survey and challenges
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Size: 983040 |
Author: ali |
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Description: this file is about the reliability of smart grid -this file is about the reliability of smart grid
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Size: 11264 |
Author: ali |
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Description: this is valuable reference for smart grid
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Size: 11264 |
Author: ali |
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Description: Electric power system generation expansion plans considering the impact
of Smart Grid technologies
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Size: 221184 |
Author: elshan.j65 |
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Description: 智能变电站在作为智能电网重要组成部分，起着举足轻重的作用，而智能变电站内部的通信规约为IEC 61850.本文档提供了原版完整的IEC 61850标准。-Intelligent substation in an important part of the smart grid plays an important role, and intelligent substation internal communication protocol IEC 61850. This document provides original complete IEC 61850 standard.
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Size: 16041984 |
Author: wangjunshan |
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Description: 控制框架智能电网的电压支持使用基于技术应用-A Control Framework for the Smart Grid for Voltage Support Using Agent-Based Technologies
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Size: 819200 |
Author: 易国伟 |
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Description: Good for smart grid research
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Size: 11118592 |
Author: Haftu |
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Description: This paper presents a scalable integration approach for algorithms and models written in fourth
generation (programming) languages for massive Smart Grid simulations as well as applications.
While fourth generation languages (4GL) focus on rapid application development and the
reduction of lines of code, they lack of integration and scalability features. Nevertheless, they are
widely spread and often used by engineers. The scalable integration of such elements is achieved
in this paper by wrapping the 4GL-models and algorithms with established web technologies like
RESTful web services and load balancing. The provision of a seamless integration concept allows
engineers to focus on rapid application development and liberates them integration efforts.-This paper presents a scalable integration approach for algorithms and models written in fourth
generation (programming) languages for massive Smart Grid simulations as well as applications.
While fourth generation languages (4GL) focus on rapid application development and the
reduction of lines of code, they lack of integration and scalability features. Nevertheless, they are
widely spread and often used by engineers. The scalable integration of such elements is achieved
in this paper by wrapping the 4GL-models and algorithms with established web technologies like
RESTful web services and load balancing. The provision of a seamless integration concept allows
engineers to focus on rapid application development and liberates them integration efforts.
Platform: |
Size: 2048 |
Author: rezwan |
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Description: This paper presents a scalable integration approach for algorithms and models written in fourth
generation (programming) languages for massive Smart Grid simulations as well as applications.
While fourth generation languages (4GL) focus on rapid application development and the
reduction of lines of code, they lack of integration and scalability features. Nevertheless, they are
widely spread and often used by engineers. The scalable integration of such elements is achieved
in this paper by wrapping the 4GL-models and algorithms with established web technologies like
RESTful web services and load balancing. The provision of a seamless integration concept allows
engineers to focus on rapid application development and liberates them integration efforts.-This paper presents a scalable integration approach for algorithms and models written in fourth
generation (programming) languages for massive Smart Grid simulations as well as applications.
While fourth generation languages (4GL) focus on rapid application development and the
reduction of lines of code, they lack of integration and scalability features. Nevertheless, they are
widely spread and often used by engineers. The scalable integration of such elements is achieved
in this paper by wrapping the 4GL-models and algorithms with established web technologies like
RESTful web services and load balancing. The provision of a seamless integration concept allows
engineers to focus on rapid application development and liberates them integration efforts.
Platform: |
Size: 457728 |
Author: rezwan |
Hits:
Description: This paper presents a scalable integration approach for algorithms and models written in fourth
generation (programming) languages for massive Smart Grid simulations as well as applications.
While fourth generation languages (4GL) focus on rapid application development and the
reduction of lines of code, they lack of integration and scalability features. Nevertheless, they are
widely spread and often used by engineers. The scalable integration of such elements is achieved
in this paper by wrapping the 4GL-models and algorithms with established web technologies like
RESTful web services and load balancing. The provision of a seamless integration concept allows
engineers to focus on rapid application development and liberates them integration efforts.
1. Introduction
Today’s energy grid undergoes a structural change towards the so-called Smart Grid. The power-This paper presents a scalable integration approach for algorithms and models written in fourth
generation (programming) languages for massive Smart Grid simulations as well as applications.
While fourth generation languages (4GL) focus on rapid application development and the
reduction of lines of code, they lack of integration and scalability features. Nevertheless, they are
widely spread and often used by engineers. The scalable integration of such elements is achieved
in this paper by wrapping the 4GL-models and algorithms with established web technologies like
RESTful web services and load balancing. The provision of a seamless integration concept allows
engineers to focus on rapid application development and liberates them integration efforts.
1. Introduction
Today’s energy grid undergoes a structural change towards the so-called Smart Grid. The power
Platform: |
Size: 1024 |
Author: rezwan |
Hits:
Description: This paper presents a scalable integration approach for algorithms and models written in fourth
generation (programming) languages for massive Smart Grid simulations as well as applications.
While fourth generation languages (4GL) focus on rapid application development and the
reduction of lines of code, they lack of integration and scalability features. Nevertheless, they are
widely spread and often used by engineers. The scalable integration of such elements is achieved
in this paper by wrapping the 4GL-models and algorithms with established web technologies like
RESTful web services and load balancing. The provision of a seamless integration concept allows
engineers to focus on rapid application development and liberates them integration efforts.
1. Introduction
Today’s energy grid undergoes a structural change towards the so-called Smart Grid. The-This paper presents a scalable integration approach for algorithms and models written in fourth
generation (programming) languages for massive Smart Grid simulations as well as applications.
While fourth generation languages (4GL) focus on rapid application development and the
reduction of lines of code, they lack of integration and scalability features. Nevertheless, they are
widely spread and often used by engineers. The scalable integration of such elements is achieved
in this paper by wrapping the 4GL-models and algorithms with established web technologies like
RESTful web services and load balancing. The provision of a seamless integration concept allows
engineers to focus on rapid application development and liberates them integration efforts.
1. Introduction
Today’s energy grid undergoes a structural change towards the so-called Smart Grid. The
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Size: 185344 |
Author: rezwan |
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Description: this a matlab fle that contains a simlin simulaion of a smart grid powered by a photovoltaic planels-this is a matlab fle that contains a simlin simulaion of a smart grid powered by a photovoltaic planels
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Size: 22528 |
Author: DNadouch |
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Description: Investigation on Transient Stability of Six-Phase Transmission System and Proposal for Integrating with Smart Grid
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Size: 480256 |
Author: ashi |
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Description: 智能电网中并网优化，无功补偿。仿真文件，可直接运行-Optimization of grid in smart grid, reactive power compensation. Simulation files, can be directly run...
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Size: 61440 |
Author: 南小布 |
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Description: matlab code for Smart Grid
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Size: 40960 |
Author: sswtechnology |
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Description: IEEE BASE PAPER ON LAST METER READING ON ECE PROJECT SO THAT STUDENTS CAN UPLOAD/ DOWNLOAD
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Size: 1219584 |
Author: SACHIN M PATIL |
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Description: 基于蒙特卡洛的电网计算 含微电网的配网可靠性计算过程 蒙特卡洛-monte carlo
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Size: 552960 |
Author: mike |
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Description: matlab code of smart grid
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Size: 10240 |
Author: youssef |
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