Návrh a optimalizace tepelného oběhu systému pro akumulaci energie
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Tato bakalářská práce se zaměřuje na návrh a optimalizaci tepelného oběhu pro systém na nepřímou akumulaci elektrické energie. Zmiňovaný systém je určen k ukládání energie ve formě tepla a jeho zpětnou konverzi na elektrickou energii v době nedostatku elektrické energie v rozvodné síti. Tepelné oběhy byly navrženy a optimalizovány s ohledem na jejich ekonomii, účinnost, realizovatelnost a dostupnost hlavních komponent. Pro výpočet a optimalizaci byl použit výpočetní model sestavený v Pythonu. Bylo dosaženo sestavení pěti optimalizovaných tepelných oběhů s různým stupněm složitosti konstrukce, nebo různým sekundárním využitím a různou účinností.
This bachelor thesis focuses on the design and optimization of thermal circulation for an indirect electricity storage system. The mentioned system is intended for the accumulation of energy in the form of heat and its conversion into electricity in the event of a shortage of electricity in the distribution network. Thermal cycles have been designed and optimized with respect to their economy, efficiency, feasibility and availability of major components. A computational model created in Python was used for calculation and optimization. Five optimized thermal cycles with different degrees of complexity, or different secondary uses and different efficiencies were assembled.
This bachelor thesis focuses on the design and optimization of thermal circulation for an indirect electricity storage system. The mentioned system is intended for the accumulation of energy in the form of heat and its conversion into electricity in the event of a shortage of electricity in the distribution network. Thermal cycles have been designed and optimized with respect to their economy, efficiency, feasibility and availability of major components. A computational model created in Python was used for calculation and optimization. Five optimized thermal cycles with different degrees of complexity, or different secondary uses and different efficiencies were assembled.
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akumulace energie, tepelný oběh, optimalizace účinnosti, energy storage, thermal circulation, efficiency optimization