Е-Публикации
Технически университет - София

Abstract: The paper presents a developed information system for conducting short-term planning of the development of distribution networks with connected decentralized energy sources. The information system includes data on the configuration of the electric grid, the capacities of both the consumers and the decentralized energy sources for the short-term planning period; data on the throughput capacity of the power lines; technical and economic parameters, and others. The main blocks of the information system and its use in the process of short-term planning of distribution networks are described.

References

1. Ordinance No. 6 of February 24, 2014 on the connection of electricity producers and consumers to the transmission power grid or distribution networks. Issued by the State Commission for Energy and Water Regulation. 2014.
2. Tsvetkova P. I. Short-term planning of the development of electricity distribution networks. Dissertation. TU-Sofia, 2024.
3. Territorial Planning Law. SG Jan 2001.
4. Nedelcheva S. I. Electrical networks and systems with decentralized generating sources. Monograph. Sofia, ISBN 978-619-167-348-3. Published by TU-Sofia, 2018.
5. S. I. Nedeltcheva, P. I. Tsvetkova. Approach to short-term planning of the development of distribution electrical networks, ICEER 2023-10h International Conference on Energy and Environment Research: "Sustainable Development with Renewable Energy", Madrid. 7-9 October 2023, ISBN 978-3-031-54394-4.
6. N. Savov. Regarding the "effectiveness" of the national policy and legislation on "energy efficiency" in the field of electricity. International energy forum 2022, Scientific and technical union of energy workers in Bulgaria, Vol. 47/48, pp. 24-28. ISSN 1313-2962.
7. P. P. Notov and S.I. Nedelcheva. Electric power engineering. Smart grid. Part three. ISBN 978-619-167-119-9. Sofia, Ed. of TU-Sofia, 2014.
8. T. Hristova, N. Savov, A. Yanev. Determination of the influence of jaw movement frequency of jaw crusher on energy consumption. Annals of the University of Petrosani: Electrical Engineering, vol. 20 (2018), pp. 29-36. ISSN 1454-8518
9. P. K. Petkova. Determination of the danger of the occurrence of stray currents in electrified DC urban transport. 2022 Seventh Junior Conference on Lighting (Lighting), DOI: 10.1109/Lighting56379.2022.9929224.
10. J. N. Bakardjieva and K. V. Raykov. Design of a distribution Smart grid. 2022 8th International Conference on Energy Efficiency and Agricultural Engineering. DOI: 10.1109/EEAE53789.2022.9831298.
11. K. Raykov. Improvement of energy efficiency in distribution networks. The International Journal of Engineering and Science (IJES), vol. 11, pp. 32-34, 2022, India, DOI 10.9790/1813-11113234
12. M. K. Hasan. Active-adaptive electrical networks. Monograph. ISBN 978-954-167-467-1, Sofia, TU-Sofia, 2022.
13. M. K. Hasan. Operational reliability in a smart grid. 2022 8th International Conference on Energy Efficiency and Agricultural Engineering, EE&AE, Russe, 2022. DOI 10.1109/EEAE53789.2022.9831363
14. K. Raykov. Energy efficiency of smart electric grids. Monograph. ISBN 978-619-167-490-9, Sofia, TU-Sofia Publishing House, 2022.
15. P. Tsvetkova, N. Savov. Analysis of the operational status of a heating power plant. ISSN 1312-3920, News of TU-Sliven, No. 4, 2024.
16. P. Tsvetkova, N. Savov. Procedure for determining the optimal production of electrical energy from a TPP. ISSN 1312-3920, News of TU-Sliven, No. 4, 2024.

Issue