DEVELOPMENT OF PROPORTIONAL LOAD SHARING FOR POWER SYSTEMS WITH VARIED GENERATION CAPABILITIES
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2025
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| author | МИНИСТЕРСТВО ВЫСШЕГО ОБРАЗОВАНИЯ, НАУКИ И ИННОВАЦИЙ РЕСПУБЛИКИ УЗБЕКИСТАН ТАШКЕНТСКИЙ ГОСУДАРСТВЕННЫЙ ТЕХНИЧЕСКИЙ УНИВЕРСИТЕТ ИМЕНИ ИСЛАМА КАРИМОВА |
| author_facet | МИНИСТЕРСТВО ВЫСШЕГО ОБРАЗОВАНИЯ, НАУКИ И ИННОВАЦИЙ РЕСПУБЛИКИ УЗБЕКИСТАН ТАШКЕНТСКИЙ ГОСУДАРСТВЕННЫЙ ТЕХНИЧЕСКИЙ УНИВЕРСИТЕТ ИМЕНИ ИСЛАМА КАРИМОВА |
| contents | <p>Modern power systems that have distributed and diverse sources of generation<br>require effective load balancing for optimum operations and system stability. In this paper, load<br>sharing is analyzed with emphasis on proportional load balancing among generators with<br>different ratings. The paper presents a thorough case study of proportional load sharing in a<br>multi-generator environment. A simulation model is created in Python using Tkinter to illustrate<br>how generators actually participate in foisting varying loads and demand on the system according<br>to their rating. The interface allows users to change the values of generator capacities and the<br>extent of the network so that the behavior of the system can be monitored immediately. The results<br>obtained verify that in systems with appropriate supporting generators, power distribution, and<br>proportional load sharing, overloading is avoided. </p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_57033_TDTU-2025-00002 |
| institution | Zenodo |
| language | |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | DEVELOPMENT OF PROPORTIONAL LOAD SHARING FOR POWER SYSTEMS WITH VARIED GENERATION CAPABILITIES МИНИСТЕРСТВО ВЫСШЕГО ОБРАЗОВАНИЯ, НАУКИ И ИННОВАЦИЙ РЕСПУБЛИКИ УЗБЕКИСТАН ТАШКЕНТСКИЙ ГОСУДАРСТВЕННЫЙ ТЕХНИЧЕСКИЙ УНИВЕРСИТЕТ ИМЕНИ ИСЛАМА КАРИМОВА Load Sharing Droop Control Generators Power System <p>Modern power systems that have distributed and diverse sources of generation<br>require effective load balancing for optimum operations and system stability. In this paper, load<br>sharing is analyzed with emphasis on proportional load balancing among generators with<br>different ratings. The paper presents a thorough case study of proportional load sharing in a<br>multi-generator environment. A simulation model is created in Python using Tkinter to illustrate<br>how generators actually participate in foisting varying loads and demand on the system according<br>to their rating. The interface allows users to change the values of generator capacities and the<br>extent of the network so that the behavior of the system can be monitored immediately. The results<br>obtained verify that in systems with appropriate supporting generators, power distribution, and<br>proportional load sharing, overloading is avoided. </p> |
| title | DEVELOPMENT OF PROPORTIONAL LOAD SHARING FOR POWER SYSTEMS WITH VARIED GENERATION CAPABILITIES |
| topic | Load Sharing Droop Control Generators Power System |
| url | https://doi.org/10.57033/TDTU-2025-00002 |