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#Synkron tutorial update
#Synkron tutorial portable
#Synkron tutorial series
#Synkron tutorial windows

Posted Oct 16, 2009, 2:41 PM by Matúš Tomlein This new release of Synkron includes three new translations: Chinese, Czech and Dutch.Synkron is now available in 16 languages. Synkron 1.6.1 released Synkron has been updated to version 1.6.1. Posted Oct 27, 2009, 1:11 PM by Matúš Tomlein

#Synkron tutorial windows

This tutorial walks you through the installation of Synkron on Windows and shows you most of the features Synkron. Synkron video tutorial by has published a video demonstration of Synkron on Windows. Posted Jan 10, 2010, 3:13 AM by Matus Tomlein

#Synkron tutorial portable

Synkron Portable 1.6.0 by Synkron has been released as a portable app that can be run from any portable device (USB flash drive, memory card, portable hard drive, etc) by.

#Synkron tutorial update

The update focuses on fixing bugs and also brings a new translation.Thanks to everybody involved in this update.Here is. OCLC 1268120186.Synkron 1.6.2 released Synkron has been updated to version 1.6.2. Power Flow Control Solutions for a Modern Grid Using SMART Power Flow Controllers. Smart Solar PV Inverters with Advanced Grid Support Functionalities. "Static Synchronous Compensator (STATCOM)". Electric power generation: transmission and distribution (2 ed.). "Static Shunt Compensators: SVC and STATCOM".

International Aegean Conference on Electrical Machines and Power Electronics and Electromotion, Joint Conference. "Voltage profile improvements of Mosul city ring system by STATCOM reactive power control". 2017 International Conference on Power and Embedded Drive Control (ICPEDC). "Voltage regulation by grid connected PV-STATCOM". "STATCOM, an efficient means for flicker mitigation".

Unified power flow controller, a combination of SSSC and STATCOM.

#Synkron tutorial series

Static synchronous series compensator (SSSC), a similar device connected in series.

The footprint of a STATCOM is smaller, as it does not need external inductors and large capacitors used by an SVC. The SVC is not used in a severe undervoltage conditions (less than 0.6 pu), since leaving the capacitors on can worsen the transient overvoltage once the fault is cleared, while STATCOM can operate until 0.2-0.3 pu (this limit is due to possible loss of synchronicity and cooling). The STATCOM also provides better reactive power support at low AC voltages than an SVC, since the reactive power from a STATCOM decreases linearly with the AC voltage (the current can be maintained at the rated value even down to low AC voltage), as opposed to power being a function of a square of voltage for SVC. As a result, the reaction time of a STATCOM is one to two cycles vs.

The response time of a STATCOM is shorter than that of a static VAR compensator (SVC), mainly due to the fast switching times provided by the IGBTs of the voltage source converter ( thyristors cannot be switched off in a controlled fashion). As a result, the two technologies coexist.

STATCOM is costlier than an SVC (in part due to higher cost of the GTO thyristors) and exhibit higher losses, but has few technical advantages. SVC Ī static var compensator (SVC) can also be used to maintain the voltage stability. Ī voltage droop of 1-10% (usually 3%) is built into STATCOMs. For example, if the terminal voltage of the VSC is higher than the AC voltage at the point of connection, the STATCOM generates reactive current (appears as a capacitor) conversely, when the amplitude of the voltage source is lower than the AC voltage, it absorbs reactive power (appears as an inductor). The reactive power at the terminals of the STATCOM depends on the amplitude of the voltage source. However, its active power capability can be increased if a suitable energy storage device is connected across the DC capacitor. The voltage source is created from a DC capacitor and therefore a STATCOM has very little active power capability. STATCOM as a voltage source (in red) connected to a transmission lineĪ STATCOM is a voltage source converter (VSC)-based device, with the voltage source behind a reactor (STATCOM is connected to the utility grid via a transformer).