Application of Sicap Pas System in automation and control of T.S 400/110 KV Stip

T.S. 400/110 kV is located in eastern part of Macedonia and it is one of the most important substations in the transmission network of the country since it connects the both transmission systems Macedonian and Bulgarian via over-head transmission line Chervena Mogila. It was commissioned during the year 2010 as a part of Macedonia – Bulgaria Power Transmission Project which introduced construction of new 400 kV interconnection line between S/S Stip (Macedonia) and S/S Chervena Mogila (Bulgaria). Construction of new 400/110 kV S/S Stip ,near to the city Stip, was involved as part of this project. Substation is connected to National Dispatching Centre (NDC) through SICAP PAS program which enables data transmission to and from NDC placed in c ity o f Skopje. S ICAM P ASCC program i s used for complete control and monitoring of the substation i.e. SCADA system of the substation. Complete software and hardware solution is product of company Siemens. In this paper is presented the SCADA configuration in s.s. Stip its main function and advantages gained through implementation of this contemporary solution in substation automation

Can Nonprofits Increase Voting Among Their Clients,Constituents, and Staff? An Evaluation of the Track the Vote Program, Part 2: Case Studies

Twenty-five of the 94 Track the Vote program participants were selected for interviews, as well as two additional agencies that participated in similar voter engagement programs managed by Nonprofit VOTE partners.Fifteen of those interviews became the basis for the following case studies, designed to illustrate how a diverse group of nonprofi t organizations conducted voter engagement in 2012. Each case study includes descriptions of voter outreach activities, challenges that arose, and concrete takeaways from their experiences

Penguin_Tree_Fossils_Only

This is the file used by the ASCC program (see citation in paper) to calculate the MIG values for the sphenisciform dataset reported in Table 4. File contains the tree topology and age ranges used for all taxa and nodes

Ostracod_Tree_Fossils_Only

This is the file used by the ASCC program (see citation in paper) to calculate the MIG values for the ostracod dataset reported in Table 4. File contains the tree topology and age ranges used for all taxa and nodes

Ostracod_Tree_Fossils_Only

This is the file used by the ASCC program (see citation in paper) to calculate the MIG values for the ostracod dataset reported in Table 4. File contains the tree topology and age ranges used for all taxa and nodes

Penguin_Tree_Fossils_Only

This is the file used by the ASCC program (see citation in paper) to calculate the MIG values for the sphenisciform dataset reported in Table 4. File contains the tree topology and age ranges used for all taxa and nodes

Sauquet_Scenario_4_ML

This is the file used by the ASCC program (see citation in paper) to calculate the DIG values reported in Table 5 for scenario 4 of the Sauquet et al. (2012) study using the program r8s. File contains the tree topology and age ranges used for all taxa and nodes

Sauquet_Scenario_1_ML

This is the file used by the ASCC program (see citation in paper) to calculate the DIG values reported in Table 5 for scenario 1 of the Sauquet et al. (2012) study using the program r8s. File contains the tree topology and age ranges used for all taxa and nodes

Sauquet_Scenario_1_Beast

This is the file used by the ASCC program (see citation in paper) to calculate the DIG values reported in Table 5 for scenario 1 of the Sauquet et al. (2012) study using the program BEAST. File contains the tree topology and age ranges used for all taxa and nodes

Sauquet_Scenario_1_Beast

This is the file used by the ASCC program (see citation in paper) to calculate the DIG values reported in Table 5 for scenario 1 of the Sauquet et al. (2012) study using the program BEAST. File contains the tree topology and age ranges used for all taxa and nodes