Scorching, squinting, sweating and learning — welcome to Arizona State University’s Solar Energy Camp, the hottest camp at the hottest university in the hottest state.
On a sizzling July morning down at the university’s Polytechnic campus, six students are setting up solar panels and attaching various measuring devices to them.
Joo Seung, 16, came from San Diego for the weeklong camp. He has been interested in renewable-energy sources since he was in elementary school.
“This year I was reaching out to find out where I could learn about solar energy,” he said.
Everything he found in California was geared toward college students. Seung did some of his own research on the internet but ended up getting lost in overly technical texts. He said he much preferred learning in class, with material that wasn’t aimed at someone with a doctorate in electrical engineering, which is where he said he wants to end up.
“I’ve learned a lot,” Seung said. “A lot of the resources (professor Arunachala Kannan) gave us were very informing.”
Kannan, a professor in the Engineering and Manufacturing Engineering Program in the Ira A. Fulton Schools of Engineering, provided each student with a kit including a battery, inverter, solar panel and other components. When assembled, it is a standalone system.
“The purpose is to give them basic electrical parameters,” Kannan said. He keeps lectures to a half-hour — it’s a camp, not a class — and then they get to work.
“I think they’re excited about doing hands-on,” he said.
They learn how solar modules work, power performance, safety and which parameters control performance. One aspect of the latter? “Once you get above 100 degrees, performance is not good,” Kannan said.
Panels need to be washed off. Dust hampers their performance. The most famous example of this is when the Curiosity rover stopped working on Mars because its solar panels were dusty. Scientists expected this, and they predicted that was it for the rover. However, wind blew the dust off, and Curiosity is still going strong.
The students set up panels in the sun on a sidewalk, measuring their angle and direction. The panels have sundials on them. At the end of camp, the students are responsible for a report including notes, pictures and measurements. It’s meant to cement what they’ve learned into their heads.
“When they submit a report, many things become clarified,” Kannan said.
Michael Geddis, 16, attends the American Leadership Academy high school in Queen Creek. The school has a STEM program that requires attending an outside enrichment program. They provide students with a list of possibilities, including Poly’s Solar Energy Camp.
“I really like the labs because I’m learning a lot,” said Geddis. “I like to learn.”
-
Carlos Nunez, 15, of Tempe, double-checks the instruction manual to make sure he has properly connected his panels at the Solar Energy Camp on the Polytechnic campus on July 13. Six high school students collected data about photovoltaic panels' tilt angle, direction, cloud coverage and dust covering.
Photo by Charlie Leight/ASU Now
-
Trevon McNeal, 14, of Mesa, tightens the brace holding his panels at the Solar Energy camp. Each student at camp is given a kit including a battery, inverter, solar panel and other components. When assembled, it is a standalone system.
Photo by Charlie Leight/ASU Now
-
Trevon McNeal checks measurements from his panels on the Polytechnic campus on July 13.
Photo by Charlie Leight/ASU Now
-
The students use both a light and a dark cover on their panels to simulate cloud cover.
Photo by Charlie Leight/ASU Now
-
Cameron Lee, 17, of Queen Creek, checks his data from his panels. At the end of camp, the students are responsible for a report including notes, pictures and measurements. It’s meant to cement what they’ve learned.
Photo by Charlie Leight/ASU Now
Top photo: Carlos Nunez, 15, of Tempe, and other members of Solar Energy Camp adjust the angle of their panels on the Polytechnic campus on July 13. Photo by Charlie Leight/ASU Now
More Science and technology
ASU and Deca Technologies selected to lead $100M SHIELD USA project to strengthen U.S. semiconductor packaging capabilities
The National Institute of Standards and Technology — part of the U.S. Department of Commerce — announced today that it plans to award as much as $100 million to Arizona State University and Deca…
From food crops to cancer clinics: Lessons in extermination resistance
Just as crop-devouring insects evolve to resist pesticides, cancer cells can increase their lethality by developing resistance to treatment. In fact, most deaths from cancer are caused by the…
ASU professor wins NIH Director’s New Innovator Award for research linking gene function to brain structure
Life experiences alter us in many ways, including how we act and our mental and physical health. What we go through can even change how our genes work, how the instructions coded into our DNA are…