P12441: Thermoelectric Power Pack for Stove
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Systems Design

Table of Contents

Concept Development

The main method used to select the battery and MPPT method were pugh charts. These charts can be viewed below.
The battery pugh chart can be viewed here.
The MPPT pugh chart can be viewed here.

Another large factor in determining battery chemistry was the amount of power required. A document detailing the amount of power the battery is required to store can be viewed here.

They system architecture went through many development phases. A zip folder of the development phases can be downloaded here.

Functional Decomposition

The functional decomposition of the power being received from the TEG as of 2012/01/13.

The functional decomposition of the power being received from the TEG as of 2012/01/13.

The functional decomposition of the system's enclosure as of 2012/01/13.

The functional decomposition of the system's enclosure as of 2012/01/13.

Systems Architecture

The block diagram that represents the system as of 2012/02/23.

The block diagram that represents the system as of 2012/02/23.



A system power budget was created to detrmine the maximum alloted power from each system. The document can be viewed here.

Systems Design Review

The system design review presentation can be downloaded and viewed here.

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