Construct an Efficient Parabolic Solar Collector
Challenges students to design and construct an efficient parabolic solar collector.
The solar collector will be exposed to a heat source (sun or heat lamp) for
a specific amount of time. Temperature sensors will monitor temperature changes
along a focal point bar and the reflective surface.
Students actually perform the mathematical layout of a parabola. That parabola
will be engineered into a mirrored surface & placed in a special testing
device.
The software will monitor and display the last recorded temperature and the
maximum temperatures at points along the mirrored surface and at the focal
points of the parabola. Students can monitor the effectiveness of their collector
over a specific period of time.
The Odyssey Parabolic Collector Challenge Includes:
- Data Acquisition Interface NOW with USB Port
- USB Computer Cable
- Parabolic Solar Collector Challenge Software (Compatible with Windows XP-7)
- Mirrored Acrylic Collector Surface
- Active Parabolic Solar Collector Test Device
- [2] Temperature Sensors with 10’ Cable Assembly
- Teacher Manual
- Student Worksheets
- Workstation Sign
Recommended for Grades 6-10.
NOTE: Computer Required.
Other versions available (see below).
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Every challenge begins with a comprehensive 7-step problem solving tutorial
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Accurate test results will be displayed in a clear easy read format |
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Students may analyze test results by viewing various graphs, statistics,
and raw data. |
Over 50 interactive screens allow the student to research and solve each
problem much like real engineers. |
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Practical applications of math, science, and communication skills provide
an integrated learning experience for the student. |
Integrated quizzes with online grading and printed results help track
student progress. |
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