Sterowanie i prowadzenie ruchu systemu elektroenergetycznego - Komitet Studiów C2

• Autorzy: Madajewski K.

Warianty tytułu

EN

System Operation and Control - Study Committee C2

• Konferencja: 44. Sesja Generalna CIGRE 2012
• Języki publikacji: PL

Abstrakty

PL

W artykule omówiono referaty dotyczące: metod przezwyciężenia problemów ruchowych powodowanych kombinacją źródeł charakteryzujących się wahaniami mocy oraz zmianami po stronie obciążeń (perspektywa operatora sieci przesyłowej – OSP, bilansowanie systemu dzień przed i w dniu bieżącym, zmniejszona inercja systemu, zarządzanie ograniczeniami, regulacja napięcia, skoordynowana regulacja przesuwników fazowych) oraz metod poprawy ogólnych informacji o stanie połączonych systemów i koordynacji działań operatorów systemów przesyłowych (wymiana informacji pomiędzy OSP w połączonych systemach z kilkoma centrami sterowania, skoordynowane działania naprawcze, przetwarzanie informacji, systemy wspomagania decyzji, techniki wizualizacji).

EN

Discussed are papers referring to: methods to overcome operational problems caused by the combination of sources characterized by power fluctuations and changes on the loading side (TNO -Transmission Network Operator- perspective, system balancing on the previous and the present days, reduced system inertia, constraints management, voltage control, coordinated control of phase shifters) as well as methods to improve general information on interconnected systems condition and coordination of TNOs activities (information exchange between TNOs in interconnected systems with several control centers, coordinated repair operations, information processing, decision support systems, visualization technologies).

Słowa kluczowe

PL

systemy elektroenergetyczne; wpływ kombinacji źródeł; wahania mocy generowanej

EN

power systems; influence of source combination; output power fluctuations

• Wydawca: Oficyna Wydawnicza Energia [Stowarzyszenie Elektryków Polskich - COSiW]
• Czasopismo: Energetyka
• Rocznik: 2013
• Tom: nr 3
• Strony: 270--274
• Opis fizyczny: Bibliogr. 26 poz., rys., tab.

Twórcy

autor

Madajewski K.

• Instytut Energetyki, Oddział Gdańsk

Bibliografia

• [1] El Itani S., Joos G.: Wind Turbine Generator Controls: Meeting Present and Future Grid Code Requirements.
• [2] Burmistrov A., et al.: Estimation of efficiency of modern excitation controllers of synchronous machines in the conditions of physical model of a complex power system and suggestion of estimation technique and criteria as an addition to the IEC standard.
• [3] Sabelli C., et al.: Very Short-Term Optimal Dispatching: an Integrated Solution for the Advance Dispatching.
• [4] Coughlan Y., et al.: Overcoming Operational Challenges to maximise the levels of Wind Integration – a System Operator perspective.
• [5] Spaan F., et al.: Congestion Management implemented in the Dutch System by using market principles: a practical example from the TSO perspective.
• [6] Zolotarev P., et al.: Grid Control Cooperation – A Framework for Technical an Economical Cross-Border Optimization for Load-Frequency Control
• [7] Arlaban T., et al.: Voltage control by multiple wind power plants: field test results.
• [8] Zheng T., et al.: Robust Optimization and Its Application to Power System Operation.
• [9] Lee S.H., et al.: An Establishment of Operating Instruction and Information Gathering Hierarch Considering Smart Grid and Micro Grid Environment in the Korean SO’s Perspective.
• [10] Niyama M., et al.: Development of Output Control Technologies for a Large-Scale PV System with Battery Storage—Wakkanai Mega-Solar Project.
• [11] Scherer M., et al.: Improved Frequency Bias Factor Sizing for Non-Iterative Control.
• [12] Hillberg E., et al.: System Integrity Protection Schemes – Increasing operational security and system capacity.
• [13] Rabinovicz M.A., et al.: Simulator Wizard for a Grid Company’s Top Management Dispatcher.
• [14] Rapport S., et al.: PEGASE R&D project: advanced algorithms for state estimation and simulation of the Pan-European power system.
• [15] Arrive O., et al.: Improved TSO coordination in the Central West European region.
• [16] Schneiders C., et al.: Visualization of the System State and Situation Awareness in Wide Area Transmission Systems for Electricity.
• [17] Albrecht J., et al.: Development and Setup of the first European-wide real-time Awareness System (EAS) for the Transmission System Operators of ENTSO-E.
• [18] Gahungu J.F., Bikulcius R.: Development of an European-wide incidents classification scale for ENTSO-E transmission system operators.
• [19] Boulet F., et al.: Technical and cultural interest of a centralised coordination service centre Experience of Coreso after 3 years of operation.
• [20] Al-Ebrahim., et al.: GCC Interconnection Grid: Operational Studies for the GCC Interconnection with United Arab Emirates (UAE).
• [21] Nam S., et al.: Voltage Control Schemes to improve Short-term and Long-term Voltage Stability in KEPCO system.
• [22] Soonee S.K., et al: Institutional Capacity Building of the Load Dispatch Centres in India.
• [23] Sodha N.S., et al.: Phasor Measurement Applications in Smart Grid.
• [24] Gomes P., et al.: The conception of a New Special Protection System involving long distance – Coordinated remedial actions.
• [25] Antonio C.B., et al.: Lessons Learned in Restoration from Recent Blackout Incidents in Brazilian Power System.
• [26] Kataoka T., Shitsukawa M., Tajimi A.: Improvement in coordinated restoration operation skills covering more than one area (Developing a power system operation training simulator that precisely reproduces electrical phenomena).