STEM
- Overview
- Final 2019-2020 WBWF Summary
- 3D Printers
- 3D Printer
- 3D Printing Cost Estimate
- 3D Printing Heats Up on Campus
- Aviation
- Brochure STEM Equipment
- Build and Elevator Lift
- CNC Milling
- CNC Wood Router
- Dream It! Do It! Field Trip
- Electronics
- Embroidery
- F15 Eagle Jet Fighter Paper Plane
- Fiber Optics
- Fluid Power
- Google Earth
- GPS
- Hydrogen Trainer
- Lakes Country Service Cooperative Communicator
- Laser Engraver
- Lincoln Welder Simulator
- Manufacturing Videos
- MarketPlace for Kids
- Paper Enginering
- Robotics (Lego)
- Robotics
- Solar Energy Trainer
- STEM in the News
- STEM STORY WHEATON PAPER
- The Network News March 2014
- Tooth-Pick Engineering
- Tour of Com Del Wahpeton, ND
- Tour of FlexTM Wahpeton, ND
- Tour of Max Bat – Brooton, MN
- Video Editing/Production
- Vinyl Cutter
- Wind Energy Trainer
- Your Future is Made in Manufacturing
- Stop Motion Video
- Online STEM Resources and Activities for Teens
Headlines & Features
The 2025-2026 school calendar is now available
Please click the link below
Campbell-Tintah-Calendar-25-26 (Final)
2024- 2025 school calendar is now available
Please click the link below to view
Campbell Tintah 2024-2025 calendar
Campbell-Tintah School District seeks a visionary PreK-12 Principal. Please click link below to view
Pre K – 12 Principal Job Listing
Solar Energy Trainer – Photovoltaic Experiments
A collection of photovoltaic cells, circuit modules, and instrumentation with an experimental platform suitable for
classroom demonstrations and student experiments. All components are fitted in a custom carrying case for convenient
storage and easy transport. The AE 101 can be combined with the
AE 102 Hydrogen Fuel Cell for solar experiments
with a electrolyzer. Add the
AE 103 Wind Energy Trainer to setup a hybrid wind/solar system with electrolyser.
Experiments:
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Measuring irradiance of different light sources
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Solar cell as a energy converter
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Solar cell as a energy converter and diode function
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Open circuit voltage of a solar cell at different shadowing conditions
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Short circuit current of a solar cell at different shadowing conditions
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Open circuit voltage and short circuit current of a solar cell at different levels of irradiance
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Short circuit current of a solar cell at multiple angles of incidence
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Series connection of solar cells / different shadowing condition
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Parallel connection of solar cells / different shadowing conditions
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Characteristic curve of a solar cell (I/U) / different levels of irradiance
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Characteristic curve of a solar cell (U/P), MPP, determination of efficiency
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Simulation: Short circuit current of a solar cell based on position of the sun (sunrise to sunset)
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Charging a GoldCap (energy storage) / accumulator with solar cells
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Discharging a GoldCap (energy storage) / accumulator with electric motor and light bulb
Equipment:
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Custom yellow suitcase with protective foam cutouts
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Base board with inserts for circuit modules & multi-meters
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Low voltage (12 V ) halogen lamp
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Power supply with dimmer switch and power cable
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Solar module with 4 single cells and angle adjustment
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2 multimeters with connectors
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Sensor box for measuring irradiance
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Load box with electric motor and light bulb
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Storage box with NC accumulator with GoldCap and blocking diode
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Measuring box with variable resistor
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Flexible connecting cords; brass contacts / hard copper gold plated
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Experiments manual