2020
DOI: 10.36801/apme.2019.1.2
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Automation and Electrical Actuation of a Compressed Air Energy Storage Installation

Abstract: Lucrarea prezintă sistemul de automatizare și control al unei instalații de stocare a aerului comprimat pentru generare de energie electrică. Modelul demonstrativ dezvoltat constă dintr-un compresor cu șurub, acționat de un motor asincron trifazat de 110 kW, care pompează aer comprimat într-un vas de stocare; aerul este ulterior eliberat în conducta de aspirație a unui expander cu șurub, al cărui arbore învârte un generator asincron trifazat de 132 kW legat la rețeaua electrică. Când consumul energetic este re… Show more

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“…Both the maximum power and the stabilization power (Figure 5 above) were significantly higher than the ones obtained during bench tests without thermal recovery tank, even with preheating oil with a heating resistance [9,10]. In the tables below are given the parameters ranges (minimum and maximum values), measured during commissioning tests.…”
Section: Experimental and Theoretical Resultsmentioning
confidence: 99%
“…Both the maximum power and the stabilization power (Figure 5 above) were significantly higher than the ones obtained during bench tests without thermal recovery tank, even with preheating oil with a heating resistance [9,10]. In the tables below are given the parameters ranges (minimum and maximum values), measured during commissioning tests.…”
Section: Experimental and Theoretical Resultsmentioning
confidence: 99%