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Supercapacitors for Energy Storage
Přidal, Tomáš ; Jašková, Jana (referee) ; Krhutová, Milena (advisor)
Tato bakalářská práce je zaměřena na problematiku superkapacitorů. První kapitola se zabývá principem funkčnosti superkapacitoru. Jsou představeny základní funkční principy, použité materiály, hlavní výhody a nevýhody superkapacitoru. Dále jsou představeny možnosti využití superkapacitoru v různých průmyslových odvětvích. Následující kapitola nastiňuje ostatní způsoby ukládání energie i s jejich výhodami a nevýhodami, která je doplněna o srovnávací tabulku s parametry. Poslední kapitola je zaměřena na teoretický návrh modulu superkapacitorů.
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Mechanical Design of Flywheel Energy Storage System
Hanáček, Jiří ; Šebesta, Karel (referee) ; Hartl, Martin (advisor)
This bachelor thesis focus on flywheel energy storage construction. The aim of the work is to discuss nowadays construction types of each component of these batteries. Single chapters are focused on rotor, bearings, motor generator and enclosure of the system. There is shown a basic principle of each component and itsfunction within the battery system, used materials and shapes and other factors influencing the construction. This thesis is also focused on stress analysis of metal and composite rotor, rotor fit with help of magnetic bearings, power transfer with help of motor generator and on the enclosure design of that mechanical battery.
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Design of an integrated self-sufficient residential house
Klouda, Jan ; Jaššo, Kamil (referee) ; Libich, Jiří (advisor)
The thesis deals with the design of an integrated island system for control and power supply of a residential house. The aim of the thesis is to develop a design for this self-contained islanded power supply, and to evaluate the proposed system from different perspectives. The thesis is divided into two parts. The first part is made by researching the possible solutions of a self-sufficient power supply for a residential house. This research contains mostly available technologies in the Czech Republic, and deals only with the domestic market. In the first part, different relevant methods of electricity generation, processing and storage are described. Then, the different technologies are described in detail and compared in order to achieve the highest possible economic, environmental and social compatibility. In the second part, the different technologies are implemented on the defined house to create a design for a self-sufficient house. This design includes several simulations and the selection of the most appropriate technologies. The resulting design is also compared with an already built self-sufficient house.
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Mechanical Design of Flywheel Energy Storage System
Hanáček, Jiří ; Šebesta, Karel (referee) ; Hartl, Martin (advisor)
This bachelor thesis focus on flywheel energy storage construction. The aim of the work is to discuss nowadays construction types of each component of these batteries. Single chapters are focused on rotor, bearings, motor generator and enclosure of the system. There is shown a basic principle of each component and itsfunction within the battery system, used materials and shapes and other factors influencing the construction. This thesis is also focused on stress analysis of metal and composite rotor, rotor fit with help of magnetic bearings, power transfer with help of motor generator and on the enclosure design of that mechanical battery.
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Supercapacitors for Energy Storage
Přidal, Tomáš ; Jašková, Jana (referee) ; Krhutová, Milena (advisor)
Tato bakalářská práce je zaměřena na problematiku superkapacitorů. První kapitola se zabývá principem funkčnosti superkapacitoru. Jsou představeny základní funkční principy, použité materiály, hlavní výhody a nevýhody superkapacitoru. Dále jsou představeny možnosti využití superkapacitoru v různých průmyslových odvětvích. Následující kapitola nastiňuje ostatní způsoby ukládání energie i s jejich výhodami a nevýhodami, která je doplněna o srovnávací tabulku s parametry. Poslední kapitola je zaměřena na teoretický návrh modulu superkapacitorů.
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