Sterowanie i prowadzenie ruchu systemu elektroenergetycznego - Komitet Studiów C2

• Autorzy: Madajewski K.

Warianty tytułu

EN

System Operation and Control - Study Committee C2

• Języki publikacji: PL

Słowa kluczowe

PL

system elektroenergetyczny; poprawa niezawodności ruchowej

• Wydawca: Oficyna Wydawnicza Energia [Stowarzyszenie Elektryków Polskich - COSiW]
• Czasopismo: Energetyka
• Rocznik: 2011
• Tom: nr 4
• Strony: 217--221
• Opis fizyczny: Bibliogr. 26 poz., rys.

Twórcy

autor

Madajewski K.

• Instytut Energetyki, Oddział Gdańsk

Bibliografia

• [1] Alves F.R.M. et al.: Using heuristic search procedures to determine fluent restoration paths for the Brazilian interconnected power system
• [2] Lu Y.D. et al.: Wide-area coordinated and adaptive damping controi of multiple HVDC links in China southem power grid
• [3] Kim S.T. et al.: Performance evaluation for K-WAMS (Korean wide area monitoring system) under field operating condition of Korea powergrid
• [4] Shulginov N.G. et al.: Enhancing operational reliability of the UPS of Russia using automatic emergency control
• [5] Arango O.J., Sanchez H.M., Wilson D.H.: Low frequency oscillations in the Colombian power system - identilication and remedial actions
• [6] Cloet E., Lilien J.I., Ferrićres P: Experiences of the Belgian and French TSOs using the „Ampacimon" real-time dynamic rating system
• [7] Aherne R., et al.: Design and implementation of a tool for assessment of secure level of wind on the Irish power system
• [8] Giannuzzi G. et al.: On-line analysis of the electrical system security: an extensive simulation approach in a Dynamic Security Assessment (OSA) environment
• [9] Suzuki K. et al.: Real time dynamic security assessment and control by combining FACTS and SPS
• [10] Avila M. et al.: International power grid interconnections in Mexico
• [11] Rabinovich MA, et al.: Digital model power systems of real time for information support of dispatcher power systems
• [12] Carter A.M. et al.: The application of wide area monitoring to the GB transmission system to lacilitate large-scale integration of renewable generation
• [13] Moxley R., Zweigle G.: Real-time, wide-area measurements for improved operator response
• [14] Veloza O.P et al.: Development of standards for the secure and reliable operation of electric power systems
• [15] Saulo J.N. et al.: Brazilian power system: criteria, operating standard metrics and performance indicators
• [16] Sodha N.S. et al.: Powergrid's experience in evolving architecture needs in system control and operation; present and future prospects
• [17] Boulet F. et al.: Lessons learnt alter one year of running a technical coordination service centre in the Central Western Europe
• [18] lIiceto F. et al.: Special protection system in the interface between the Turkish and ENTSO-E power systems to counteract propagation of major disturbances
• [19] Almasi K.:”New TSO coordination initiative in Europe"
• [20] Norlander C. et al.: NOIS (Nordic Operational lnformation System) - A successful joint Nordic project in close co-operation
• [21] Warichet J. et al.: Grid implementation and operational use of large phase shifting transformers in the Belgian HV grid to cope with international network challenges
• [22] Barbosa Martins A.C. et al.: Issues related to shared responsibilities between traditional transmission utilities and new agents - the Brazllian case
• [23] Fang Y.J. et al.: Development of a Chinese standard on WAMS main stadion for further enhancement of real-time dynamics monitoring capability
• [24] Kranhold M. et al.: Increased cooperation between TSO as a precondition for coping with new challenges in system operation]
• [25] Kim T.K., et al.: Voltage management system using hybrid voltage control to enhance voltage stability in Jeju power system
• [26] De Almeida SAB. et al.: Risk assessment methodology for operations applied to the Portuguese transmission system - the probabilistic model