We are very pleased to announce that DIgSILENT GmbH has launced in 2009 its new software, the GridCode.
DIgSILENT GridCode v1.0 key features include; Data Visualizer to plot data series and graphs, GridCode Compliance to check the compliance with given requirements. The following Grid Codes are supported, Model Validation to check if simulation results (e.g. generated by PowerFactory) and test result are matching, File Editor to post-process data files and speed up the analysis, Flickermeter IEC 61000-4-15 to assess flicker emission levels, Harmonics IEC 61000-4-7 to assess harmonics levels, Toolbox IEC 61400-21 Measurement and assessment of power quality characteristics of grid connected wind turbines. to calculate instantaneous flicker, flicker coefficients, flicker during switching operations, to assess current harmonic emissions, inter-harmonics and higher frequency component emission levels, observation of the evolution in time of DFT components, and Phasors Viewer to visualize the evolution in time of spatial phasors (fundamental and sequence components, line and phase measurements).
More details can be found here. detailed brochure can also be downloaded from the link.
DIgSILENT GridCode v1.0 key features include; Data Visualizer to plot data series and graphs, GridCode Compliance to check the compliance with given requirements. The following Grid Codes are supported, Model Validation to check if simulation results (e.g. generated by PowerFactory) and test result are matching, File Editor to post-process data files and speed up the analysis, Flickermeter IEC 61000-4-15 to assess flicker emission levels, Harmonics IEC 61000-4-7 to assess harmonics levels, Toolbox IEC 61400-21 Measurement and assessment of power quality characteristics of grid connected wind turbines. to calculate instantaneous flicker, flicker coefficients, flicker during switching operations, to assess current harmonic emissions, inter-harmonics and higher frequency component emission levels, observation of the evolution in time of DFT components, and Phasors Viewer to visualize the evolution in time of spatial phasors (fundamental and sequence components, line and phase measurements).
More details can be found here. detailed brochure can also be downloaded from the link.