STELR Wind Energy Program

 

STEM Learning Activity: STELR Wind Energy Program

The STELR Wind Energy program is a STEM education program is designed to engage students in learning about energy and sustainability. It uses the theme of renewable energy to harness students’ interest in and concern about climate change and rising energy costs. The inquiry-based and hands-on learning program engages and challenges both students and teachers.

The Wind Energy resource includes class sets of purpose-designed and built equipment as well as curriculum materials available in the resources section below. The STELR Wind Energy module was developed from the broader STELR Renewable Energy module. For the iSTEM Fundamentals Module it is recommended that you only undertake a small number of the experiments.

This unit requires the school to purchase the STELR Wind Energy Kit.

The STELR Wind Energy Equipment class sets include all the equipment required for students to undertake investigations into energy transfers and transformations and the generation of electricity using wind turbines. To purchase a class set of STELR Wind Energy equipment contact  STELR.admin@atse.org.au 


Students Learn About

  • electricity & magnetism

Students Learn To

  • carry out experiments to demonstrate basic STEM principles
  • complete basic experiments involving electricity and magnetism

 

Downloads

STELR Wind Energy Kit
STELR Wind Energy Teacher Resource 2 MB
The STELR Wind Energy teacher resource books are available for download here. The teacher resource books is designed to guide the teacher through different types of experiments.
STELR-Student-Workbook-Wind-Energy
STELR Wind Energy Student Workbook 3 MB
The STELR Wind Energy teacher and student books are available to download here. The student books are designed to be kept by students who write in them as they complete the unit.
STELR Logo
Measuring the Blade Angle 1 MB
Step by step instructions on how to measure blade angle using either the marks on the wind turbine hub or the downloadable STELR protractor.
Snowtown Wind Farm Case Study
Case Study of the Snowtown Wind Farm in South Australia. 806 KB
Download the Case Study of the Snowtown Wind Farm in South Australia to support the Wind Energy Program in suggested activities
Wind Energy Revision Doc
STELR Wind Energy Revision Document 806 KB
Download the Wind Energy Revision document to support the Wind Energy Program in suggested activities
Designing and 3D printing your own turbine blades 28 KB
You can download the specifications for the STELR red wind vane to use as a basis for designing your own wind vane.

Videos

STELR Wind Turbine Investigations Part 1: Best Blade Angle. This series of videos show investigations using STELR wind energy kits. They are designed for remote learning and home schooling. Students do not need access to the equipment. Lee Constable does the experiments. Students analyse the results at home by completing worksheets. These can be submitted to teachers. Data sets from each investigation are provided. Students watch the videos and complete worksheets. Worksheets, including the relevant data sets, are available by contacting STELR.Admin@atse.org.au
STELR Wind Turbine Investigations Part 2: Best Blade Length. This series of videos show investigations using STELR wind energy kits. They are designed for remote learning and home schooling. Students do not need access to the equipment. Lee Constable does the experiments. Students analyse the results at home by completing worksheets. These can be submitted to teachers. Data sets from each investigation are provided. Students watch the videos and complete worksheets. Worksheets, including the relevant data sets, are available by contacting STELR.Admin@atse.org.au
STELR Wind Turbine Investigations Part 3 Best Number of Blades. This series of videos show investigations using STELR wind energy kits. They are designed for remote learning and home schooling. Students do not need access to the equipment. Lee Constable does the experiments. Students analyse the results at home by completing worksheets. These can be submitted to teachers. Data sets from each investigation are provided. Students watch the videos and complete worksheets. Worksheets, including the relevant data sets, are available by contacting STELR.Admin@atse.org.au
Watch a video that shows how to set up the wind turbine to generate electricity and light a lamp in the STELR test rig.
You can also see a video showing how to measure the blade angle.
Measuring the power output from the STELR wind turbine. This video shows you how to use two multimeters, one as an ammeter and one as a voltmeter, to measure the power produced by the wind turbine.
Rosemary Barnes is a wind energy engineer. Learn about what she does in her job and the study pathway she followed to get there.
Rosemary Barnes uses Tinkercad to make and alter a blade that fits the STELR wind turbine hub. Rosemary Barnes is a wind energy engineer.