Battery Basics


Usually dispatched in 2 to 3 days
Usually dispatched in 2 to 3 days
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Description
The battery pack is one of the defining aspects of any portable or mobile electronic project. Since the battery pack affects the weight, range, operating time and cost of the project it is essential that a designer or engineer be capable of selecting an optimal battery strategy for a particular application. The following outline suggests one possible method for selecting an optimal battery pack for a given application:
1. Determine the necessary voltage(s)
2. Calculate the minimum current requirements for the given application with respect to current requirements to support the operating time and/or range.
3. Determine the minimum battery capacity.
4. Determine the appropriate physical requirements. (Size and weight)
5. Consider chemistry, cost, connections, charging requirements
6. Research vendors and select battery packs
The Battery Basics lesson is designed to provide students with an opportunity to develop a working understanding of battery technology and use that understanding to properly design or acquire battery packs that are appropriate for a given application. Participating students will source and read manufacturer’s specifications as well as test, measure and create mathematical models to describe and select optimal battery packs given the voltage, current capacities and energy requirements for a particular application. The knowledge and skills described in this lesson will be used to solve real world engineering problems that require students to analyze a particular battery application and make an informed decision concerning the selection of an optimal battery voltage, capacity chemistry, form factor and charging system necessary to successfully meet the constraints
imposed by that application.

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