Exchange Platform

Author: ali.el-akoum
Type: Example
Downloaded: 410 times
Date: 2014-11-14

Javascript : Add C devices + change values + connect devices (EMTP 3.0)

Description:
Javascript : Add C devices + change values + connect devices (EMTP 3.0)

Example for EMTP 3.0

Tag(s): Javascript, Add devices, change values, connect devices

Author: ali.el-akoum
Type: Example
Downloaded: 284 times
Date: 2014-09-17

Javascript : Add C devices + change values + connect devices

Description:
Javascript :
* Add C devices
* Change values
* Connect devices

(for EMTP-RV 2.5)

Tag(s): Javascript, Add devices, change values, connect devices

Author: e.rutovic
Type: Example
Downloaded: 661 times
Date: 2014-06-09

CIGRE DC Grid

Description:
EMTP-RV DC Grid test cases developed in the scope of the CIGRE B4-57 group.

Tag(s): HVDC, DC, MMC, CIGRE

Author: admin2012
Type: Document
Downloaded: 194 times
Date: 2014-06-02

Co-simulation Platform for the Analysis of Communication-based

Description:
The paper presents an ICT and power co-simulation platform for the analysis of the volt/var control and relevant optimization in medium voltage distribution feeders, achieved by means of a system of d... see moreistributed controllers coordinated via a shared band-limited digital communication network. The platform has been built by realizing the interface between two specific simulation environments: the Electromagnetic Transient Program EMTP-RV and the communication network simulator Opnet Modeller. The preliminary results provide basic indications on the expected performances of the considered communication-based strategies for different traffic congestion levels and load/generation dynamic variations.

Tag(s): Co-simulation, Networked Control Systems, Power distribution feeders, Volt/var optimization

Author: admin2012
Type: Document
Downloaded: 163 times
Date: 2014-06-02

SITL and HLA Co-simulation Platforms

Description:
Due to the necessity of developing analysis tools in the integrated ICT and power system domain, this paper describes and compares the architecture and configuration of two different ITC-power system ... see moreco-simulation approaches called SITL (System in the Loop) and HLA (High Level Architecture) Co-simulation platforms. Both platforms make use of the communication network simulator OPNET (Optimum Network Performance). As indicated by the names, the former operates in real time, in order to perform SITL simulations, whilst the latter is based on the HLA interface between OPNET and the power network simulation environment EMTP-rv (Electromagnetic Transient Program). We provide several details on their implementation and present their features by means of the results obtained for two test cases. The paper aims at clarifying the type of analysis that can be effectively carried out by using the two different platforms.

Tag(s): Co-simulation, OPNET, EMTP, High level architecture, System in the loop, Smart grid, OPAL-RT