Mechanical Energy Storage Systems
Systémy akumulace mechanické energie
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České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
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Abstract
Práce se zabývá problematikou systémů akumulace mechanické energie. Cílem práce je v první části obecně popsat systémy akumulace energie a dále popsat mechanické způsoby akumulace energie a představit jejich princip. Druhá část se věnuje podrobnějšímu popis tří nejhlavnějších systémů mechanické akumulace energie 1. Akumulace energie pomocí technologie FESS, 2. Akumulace energie pomocí technologie PHES a 3. Akumulace energie pomocí technologie CAES. U těchto technologií se práce zaměřuje na princip fungování, používané zařízení a komponenty, obvyklé provozní parametry a praktické použití.
The thesis deals with the problem of mechanical energy storage systems. The objective of the thesis is to describe energy storage systems in general in the first part and then to describe the mechanical methods of energy storage and to present their rough principles. The second part is devoted to a more detailed description of the three main mechanical energy storage systems 1. Energy storage using FESS technology, 2. Energy storage using PHES technology and 3. Energy storage using CAES technology. For these technologies, the thesis focuses on the principle of operation, the equipment and components used, common operating parameters and practical applications.
The thesis deals with the problem of mechanical energy storage systems. The objective of the thesis is to describe energy storage systems in general in the first part and then to describe the mechanical methods of energy storage and to present their rough principles. The second part is devoted to a more detailed description of the three main mechanical energy storage systems 1. Energy storage using FESS technology, 2. Energy storage using PHES technology and 3. Energy storage using CAES technology. For these technologies, the thesis focuses on the principle of operation, the equipment and components used, common operating parameters and practical applications.