TY - JOUR
TI - DMS - basis for increasing of green distributed generation penetration in distribution networks
AU - Strezoski Vladimir C
AU - Popović Dragan S
AU - Bekut Duško D
AU - Švenda Goran S
JN - Thermal Science
PY - 2012
VL - 16
IS - 11
SP - 189
EP - 203
PT - Article
AB - Modern (electric power) distribution utilities are faced with high  penetration of distributed (electric) generation. Renewable generation is of  prime interest. Within this generation, the green one incorporating solar  (photovoltaic) and wind generation is the most important. Consequently, the  following two imperatives are established in modern distribution utilities:  1) absorption of as much of available (connected to network) green generation  as possible and 2) increasing of the limit of green distributed generation  penetration. This generation is a significant basis of Smart Distribution  Grid Concept. Distributed generation transfers passive distribution network  into active one. The active distribution network analysis, control, operation  management and planning become significantly complex. This complexity  radically hinders the achievement of two above stated imperatives referring  to the distributed generation penetration. This paper proves that  Distribution Management System is a unique powerful system that integrates  all tools necessary for surpassing main difficulties in the achievement of  the both imperatives. The proof is obtained by the elaboration of a set of  power applications (mathematical calculations) integrated in the Distribution  Management System. The most important power applications, which deal with  voltage / reactive power control, are specially stressed.