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The Mokena Messenger 042017
The Mokena Messenger 042017
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mokenamessenger.com news<br />
the Mokena Messenger | April 20, 2017 | 5<br />
Solar panels show students ‘real world’ science<br />
Kirsten Onsgard, Editor<br />
Summit Hill Junior High<br />
seventh-grader Amanda Butryn<br />
dipped a thermometer<br />
into three beakers: one ice<br />
cold, one warm, one hot. She<br />
and her classmates watched<br />
the tiny UV beads inside,<br />
illuminated by an overhead<br />
projector.<br />
Like the real solar panels<br />
that now help power their<br />
school, the beads brightened<br />
under a goldilocks medium<br />
— a not-too-hot, not-toocold<br />
80 degrees — plus lots<br />
of light.<br />
The experiment in Roxanne<br />
Rodgers’ seventh-grade<br />
classroom last week was<br />
among the first of several<br />
ways Summit Hill students<br />
are learning about energy<br />
through the solar panels that<br />
were installed on the roof<br />
before the beginning of the<br />
school year.<br />
“Kids come into the classroom<br />
– especially math or<br />
science — and they’re always<br />
like, ‘Well, when are<br />
we going to use this? Why<br />
do I have to learn this?’”<br />
Rodgers said. “This a really<br />
interesting way to show<br />
them the real world.”<br />
The four 16-foot by 16-<br />
foot panels are thanks to a<br />
$7,000 grant from the Illinois<br />
Clean Energy Community<br />
Foundation awarded to<br />
the school about a year ago.<br />
New to teaching science<br />
last year, Rodgers was inspired<br />
after attending a<br />
teaching workshop through<br />
the National Energy Education<br />
Development Project<br />
and hearing about the possibilities<br />
of solar panels from<br />
fellow teachers. Rodgers<br />
wrote the application, and<br />
Summit Hill Junior High<br />
was one of 23 accepted to<br />
the grant program out of 50<br />
applicant schools.<br />
The panels were installed<br />
on the south, first-floor roof<br />
Social studies and science teacher Roxanne Rodgers discusses how temperature and sunlight affect solar panels.<br />
in July along with help from<br />
Earth, Wind and Solar Energy.<br />
With several sunny or<br />
dreary months of data to dig<br />
through, her students are<br />
now able to measure and<br />
graph how weather impacts<br />
the efficiency of the panels.<br />
So far, last August produced<br />
the most energy<br />
with 146,000 watt hours —<br />
enough to run a refrigerator<br />
for the month — and a drab<br />
December the least. Since<br />
the beginning of 2017, they<br />
have produced 205,151 watt<br />
hours, the equivalent of<br />
powering 1,315 light bulbs<br />
for one night.<br />
“It’s not going to produce<br />
enough energy to make our<br />
electricity bill go down —<br />
it’s only going to produce<br />
enough energy for a few<br />
lightbulbs,” Rodgers said.<br />
The lessons are a precursor<br />
to the eighth-grade curriculum,<br />
Rodgers said, when<br />
students discuss energy<br />
throughout the year, from<br />
atoms to debating nuclear<br />
energy.<br />
“It applies to their lives —<br />
everyone talks about solar,<br />
but I don’t think that they’ve<br />
ever really seen data from a<br />
solar panel,” eighth-grade<br />
science teacher Lori Szymanski<br />
said. “It gives them<br />
meaning, and it’s not just<br />
this far-away kind of energy<br />
in sunny places only.”<br />
Working with real equipment<br />
and hard numbers isn’t<br />
beyond her students, Szymanski<br />
said.<br />
“It’s not overwhelming<br />
and too difficult for kids,”<br />
Please see solar, 13<br />
Seventh-graders (left to right) Mackenzie O’Brien, Brigid Costello and Kylie Shaughnessy<br />
work with small solar panels in Roxanne Rodgers’ class. Photos By Kirsten Onsgard/22nd<br />
Century Media