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A high altitude balloon (HAB) is an unmanned observation balloon that ascends to near space with an altitude of approximately 30,000 meters. The electronics within the payload of the balloon is used to collect a wide array of environmental data. Data can be transmitted back to earth using radio communication links. The on-board electronic systems are typically powered by batteries for the duration of the flight. However, long duration flights(days) require more energy to sustain operation than short duration flights(hours).

The Near Space Solar Power Conditioning Module (NSSPCM) is a stand-alone power supply for long duration high altitude balloon applications. It harvests and stores solar energy to distribute electrical power over regulated voltage outputs. The module communicates with the main electronic payload to send data and receive commands.

Project Name

Near Space Solar Power Conditioning Module

Project Number

P12408

Project Family

Energy and Sustainable Systems

Start Term

2011-2

End Term

2011-3

Faculty Guides

Leo Farnand (lrfddm@rit.edu)
Vince Burolla (vabddm@rit.edu)
Dr. Dorin Patru (dxpeee@rit.edu)

Additional Support

Gordon Davies (RIT EE '92)

Primary Customer

Brenton Salmi (bjs4703@rit.edu)
Bryce Salmi (bts2637@rit.edu)

Project Sponsors

RIT Multidisciplinary Senior Design
RIT Electrical Engineering Department
Elmgrove Technologies

Photo Gallery

Planning & Execution

Systems Design

Detailed Design

Project Review

Photo Gallery

Planning & Execution

Build, Test, Document

Project Review

Final Presentation

Technical Paper

Project Poster