Hidroenergetski sistemi

Abstract

Skripta obravnava hidroenergetske sisteme. V uvodu so podane temeljne značilnosti oskrbe z energijo v Sloveniji, nato so predstavljeni obnovljivi viri energije in hidroenergija. Temu sledita poglavji o hidrologiji in hidroelektrarnah. V slednjem je podana osnovna razdelitev hidroelektrarn in predstavljen način njihovega delovanja. Na integralni ravni so obravnavani tudi energijski parametri vodnih turbin. Ločena poglavja so namenjena obravnavi konvencionalnih vodnih turbin in njihovih obratovalnih karakteristik. Zadnje poglavje obravnava pojav kavitacije v vodnih turbinah. Definirane so pojavne oblike glede na vrsto vodne turbine in vpliv tega pojava na integralne obratovalne karakteristike.

Keywords

obnovljivi viri energije;hidroelektrarne;vodna turbina;obratovalne karakteristike;kavitacija;

Data

Language:	Slovenian
Year of publishing:	2024
Typology:	0 - Not set
Organization:	UM FS - Faculty of Mechanical Engineering
Publisher:	Univerza v Mariboru, Univerzitetna založba
UDC:	621.311.21(0.034.2)
COBISS:	215864067
ISBN:	978-961-286-932-8
Views:	0
Downloads:	7
Average score:	0 (0 votes)
Metadata:

Other data

Secondary language:	English
Secondary title:	Hydropower systems
Secondary abstract:	The publication deals with hydropower systems. In the introduction, the basic characteristics of energy supply in Slovenia are given, and then renewable energy sources and hydropower are presented. This is followed by chapters on hydrology and hydropower, where basic hydro power plants clasification is given with their operation presentation. The energy parameters of water turbines are also discussed at the integral level. Separate chapters discuss conventional water turbines and their operating characteristics. The last chapter deals with the phenomenon of cavitation in water turbines. Cavitation characteristics are defined according to the type of water turbine and the impact of this phenomenon on the operation.
Secondary keywords:	renewable energy sources;hydro power plants;water turbine;operating characteristics;cavitation;
DOI:	10.18690/um.fs.5.2024
ID:	25406800