Design & Construct an Active Solar Collector
This activity will challenge students to design and construct an efficient
active solar collector system. The collector will be exposed to a heat/light
source (sun or heat lamp) for a specific period of time. Sensors placed in
a storage container near the collector will monitor the temperature changes.
The goal is to reach the highest possible temperature in the solar storage
tank during a specific period of time.
The software will monitor and display the temperatures for the ambient (air)
temperature as well as the collected temperature. The maximum temperature will
be displayed as a real number on the computer screen.
Students will clearly see how effective their collector performs over a specific
period of time.
The Odyssey Solar Collector Challenge Complete Package Includes:
- USB Computer Cable
- Active Solar Collector Challenge Software (Compatible with Windows XP-7)
- [2] Temperature Sensors with a 10 ft. Cable Assembly
- Test Device
- [1] Absorber Collector Plate (blank plate)
- 15 ft. Vinyl Tubing (material for one collector plate)
- Air Pump
- Storage Container
- 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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