Helping Power Pennsylvania Schools

From its many prestigious universities down to its public education system, the Keystone State offers students of all ages the opportunity to learn and thrive. But as public school staff work to expand their students’ minds, school administrators are finding the need to expand their school buildings to accommodate growing populations.

In the Palmyra Area School District of Lebanon County, school officials have seen their collective enrollment grow 11 percent over the past five years across the county’s six schools. With that growth has come the need for school buildings to expand and update—and to be fiscally and environmentally responsible as they do so.

Satellite imagery of Pennsylvania
Satellite image of Pennsylvania, Maryland, New Jersey, and Delaware. Image Credit: NASA

Pennsylvania’s Guaranteed Energy Savings Act (GESA) helps them do both. GESA is a contracting process that helps public buildings upgrade for energy efficiency using a budget-neutral, progressive contracting process. In addition to making it easier to connect with approved “green” contractors, GESA provides for energy consultants to oversee the projects.

Darcy Brenner-Smith, the Palmyra district’s director of business affairs, said GESA is “part of the District’s commitment to being good stewards of limited resources; both financial and those of our planet.”

“We are preparing our students for technologies of the future that increase the quality of our lives—technologies that NASA and its partners are using today and developing for tomorrow.”
— Jeff Remington, Palmyra Middle School

The Palmyra schools turned to Harrisburg-based Reynolds Energy Services and Project Development Manager John Hayden for the “green” guidance they needed.

Hayden used a clean-energy management software platform called RETScreen. RETScreen taps into NASA's POWER (Prediction of Worldwide Energy Resource) and integrates POWER’s near real-time satellite-derived environmental data specifically tailored to assist in the design of solar- and wind-powered renewable energy systems. The data help RETScreen users quickly identify, assess, and optimize the technical and financial viability of potential clean energy projects.

“We use RETScreen to assist with energy benchmarking for a building,” Hayden said. Two years’ worth of energy bills are entered into RETScreen. “With the quick link to NASA’s weather data, we are able to normalize the utility data against weather to confirm that energy use correlates with weather. Once this correlation is defined, we can begin to predict the possible value of energy savings.”

Based on this data, all Palmyra district schools had their HVAC control systems replaced with improved systems. Palmyra Middle School, built in 1936, got a new roof and infrastructure modernization that included more classrooms and a larger cafeteria.

Palmyra’s Forge Road Elementary School received critical upgrades, including a more energy-efficient building envelope, or the building’s exterior that repels the elements, and upgraded infrastructure. By using this hybrid approach, “We were able to control costs not only through energy savings, but through a…process that emphasized continued use of building elements that still have a significant remaining useful life,” Brenner-Smith explained.

Using NASA data to upgrade and expand the schools “certainly fits in with the educational philosophy in Palmyra School District to promote STEM [Science, Technology, Engineering, and Math] in all aspects of learning,” Brenner-Smith said. “I look forward to sharing the District’s successful use of this technology with students and faculty as a real-world example in their school.”

For Palmyra Middle School science teacher, Jeff Remington, this was a perfect teachable moment—a chance to expand minds as well as buildings.

“I think the use of satellite technology and remote sensing is a wonderful STEM tool to help us observe phenomena that we can’t readily observe in traditional ways,” said Remington, who is a national STEM Teacher Ambassador. “As our school ventures more into robotics, drone technology, and the fundamentals of engineering-design process, we are preparing our students for technologies of the future that increase the quality of our lives—technologies that NASA and its partners are using today and developing for tomorrow.”

Tagged: Energy