o:2287 Optimizacija vazduhom hlađenog kondenzatora termoenergetskog bloka snage 300 MW Optimization of the 300 MW power plant air cooled condenser : doctoral dissertation sr In the time of sudden climate changes and increasingdemands for electricity production, water as a coolingmedium in the condensation systems of modern thermalpower plants is becoming decreasingly available andincreasingly expensive as a resource. Precisely for thisreason, the number of modern chemical and thermal powerplants in the world that use air-cooled condensers as part ofthe condensation system is increasing. Since air-cooledcondensers use the surrounding air as the heat sink,condensation systems of this type are extremely sensitive tochanges in the environment, both in terms of outsidetemperature, and in terms of wind speed and direction, andof course insolation. An additional problem is that changesin the mentioned external parameters are quite difficult topredict with certainty, which makes this type ofcondensation system only conditionally reliable. All thisleaves quite a lot of room for improving the reliability andimproving the operation of air-cooled condensation systemsin modern thermal power plants, which is precisely the topicof this doctoral dissertation. Biografija autora: list [120].Bibliografija: list. 111-116. Datum odbrane: 01.12.2023 Theoretical and applied heat and mass transferproceesses 91552100 136354825 91552101 8660 2024-02-12T17:40:36.053Z 45 no 46 Jovan, 1975- Škundrić 59309577 2023 63 mentor Predrag, 1975- Živković 61752329 2023 63 član komisije Mirjana S., 1975- Laković Paunović 19841895 2023 63 član komisije Darko, 1968- Knežević 26632295 2023 63 član komisije Mladen, 1983- Tomić 27858023 2023 119 listova 11049283 http://phaidrani.ni.ac.rs/o:2287 no yes 11 2024-02-12T17:40:36.320Z 70 Vazduhom hlađeni kondenzator, termoenergetskopostrojenje, entropija, simulacija Air-cooled condenser, thermal power plant, entropy,simulation 66.045.1:536.7:[519.6+001.891.5(043.3) T 200 1738 18A04 18A0406 2023