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Lessons
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Solar
Car
Lesson
This lesson gives the
students a chance to build
their own Lego® solar car and discover
how solar power can produce enough energy to
move an object. In Part 1, students construct and race a solar car. In Part 2, students investigate how various
parameters, such as the angle of the solar panel, the distance between
the
motor and the axel, and the weight of the car, can affect the
efficiency of the
solar car. You can download the lesson, building instructions,
and
car modifications.
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Tour
of
Westminster
College's
Solar
Panels

Student
groups can come to campus to tour the solar array at Westminster’s
Field Station. A guided tour given by a faculty member or SuSIM student
assistant will highlight the key components of the grid-tied 2kW system
and will explain how solar
energy is converted into electricity. Students will also be shown the
data logging system which
captures real-time data and stores historical data.
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SuSIM Kits/Demos
(These are best
utilized in very small
classes, for independent projects, or demonstrations.)
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CREEK
-
Classroom
Renewable
Energy
Education
Kit
(with
REEL
Power Software)
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This kit includes a solar
panel, a DC light, music box, resistors, clip leads, a magnetic
compass,
protractor, a small motor-propeller, a rechargeable battery, and LEDs
that can be interfaced to the Smart Meter-Data Logger. The
Smart
Meter-Data
Logger
measures
and
records
all
electrical
data such as
voltage,
current, resistance, power and energy simultaneously. The
Smart
Meter
–
Data
Logger
can
be
used as a
stand-alone device or interfaced to a computer. http://www.learnonline.com/creek.htm 12
lessons
are
included
with
this
kit
and
available
on line (http://www.learnonline.com/creek%20lessons.htm). Note:
similar data logging can be performed with Vernier’s
LabQuest devices.
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Physics
Solar
Workshop
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This
kit
contains
12
models
and
30
experiments. Students
can
learn how solar cells transform
light into electrical energy, and
how motors and mechanical devices can optimize the work done by this
energy by
building a
solar-powered
tractor,
truck,
treaded
vehicle,
car,
elevator,
drawbridge,
fan,
airplane, mobile crane or construction crane.
The
kit comes with a 64-page book containing illustrated instructions.
http://www.thamesandkosmos.com/products/psw/psw.html
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Solar
Energy
Model
Home/Kit
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For
demonstration purposes, a model home has been created
that utilizes
active solar energy to light a lightbulb and power a fan. It also shows
how
passive energy can be used to heat water. You are welome to borrow the
completed model home for your classroom. Alternatively,
you
can
borrow
a
kit
to
build your
own solar energy model
home. http://www.solarmade.com/images/PV_HouseLG.jpg
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Solar
Irradiance
Meter
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The
solar
irradiance
meter
measures
the
sun's
intensity
in
W/m2 using a calibrated
silicon
pyranometer. The meter has a range of 0 to
1999 W/m2 and an accuracy of ± 5%. The device is
useful for comparing
solar insolation and solar panel performance . http://www.microcircuitlabs.com/SIM.htm
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| Solar
Pathfinder and Solar Pathfinder Teaching
Demo (DVD) |
The
Solar
Pathfinder
is
a
non-electronic
device
that
allows
you to diagram the monthly sunpath at a possible solar energy
site. It shows the percentage of solar
energy that is
potentially available at the site each month of the year. The teaching demo is a short animation that
demonstrates the use of the Solar Pathfinder. It also includes some
teaching
files. http://www.solarpathfinder.com/pdf/pathfinder-manual.pdf
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Snap
Circuits
Green
Alternative
Energy
Kit
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Students
can
explore
129
alternative
energy
projects
with
this
kit. It includes snap wires, slide
switches, an
electrode, and a rechargeable battery which snap together easily on the
plastic
grid (no soldering required). Students
can use a hand crank, solar cell, or windmill to power a radio, clock,
or other
devices. This kit is compatible with Snap
Circuits
SC-300
kit
(to
expand
the
types
of
possible projects), which is also
available. An education manual is included.
http://www.amazon.com/Elenco-Snap-Circuits-Green-Alternative/dp/B002PLNSRY
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Student Created Sustainability
Lesson Plans
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| Westminster
College
students majoring in education created sustainability lesson
plans as part of an assignment for one of their classes. Below are the
student's names, title of their lesson plan, and a link to the lesson. |
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Brooke Lyon
Title of lesson: How
Wind Turbines Work
Discipline: Sciences
(especially chemistry and physics)
Link: Education%20Student%20Lesson%20Plans/Wind%20Turbines%20Lesson%20Plan.pdf
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Noelle Nuckels
Title of lesson: Earth Day ou "Jour
de la terre"
Discipline: Languages,
specifically French
Link: Education%20Student%20Lesson%20Plans/Language%20Earth%20Day%20Lesson%20Plan.pdf
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Molly Sharbaugh
Title of lesson: Cultural
Preservation and Transformation: How to Write Proposals
Discipline: English
Link: Education%20Student%20Lesson%20Plans/Proposal%20Writing%20Sustainability%20Lesson.pdf
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Olivia Sweeney
Title of lesson: Writing
a Persuasive Letter on Sustainability Issues
Discipline: English
Link: Education%20Student%20Lesson%20Plans/Persuasive%20Letter%20Lesson%20Plan.pdf
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Other Materials Also Available
Through SuSIM
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Sustainability in Motion is Funded by PA
Department
of
Environmental
Protection,
Environmental Education Grants Program
With support from the Drinko
Center
for
Excellence
in
Teaching
and
Learning at Westminster College
And Westminster College’s Science in
Motion Program
For
assistance
with
integrating
sustainability concepts into your
classroom, please contact:
Dr. Helen Boylan (724-946-6293; boylanhm-at-westminster.edu)
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