Case Studies:

Anne Arundel County Public Schools

  • System Specs | 1.4 MW
  • System Production | The array features nearly 4,000 panels that will produce 1,971 megawatt hours of electricity annually.
  • Environmental Benefits |

In-House Funding Fuels Energy-Use Reductions

Anne Arundel Public Schools were able to move ahead with a 1.4 MW ground-mount array because Standard Solar’s experienced engineering team was able to overcome the site’s logistical and design challenges.

Anne Arundel County Public Schools (AACPS) is the fifth largest public school district in Maryland. At any one time, it is educating approximately 82,000 students in its 125 schools, shepherded by its administrative staff spread over nine buildings.

By dint of its sheer size, it is an educational leader in the state, setting an example for other school districts to follow. So when it committed to aggressive sustainability goals in 2013 and included solar in the mix, it sent an important signal to other school districts about solar’s potential benefits.

But there was a wrinkle: it was discovered after a thorough investigation, the site produced engineering challenges not just any firm could solve. In addition, without creative financing, the project couldn’t be built.

The quest then became finding a partner who could solve both of those challenges.

“We have more than 13.4 million square feet of facility space and a $26 million utility budget,” said George Arlotto, AACPS Superintendent of Schools. “It’s essential that we reduce our energy consumption, explore renewable energy and be efficient with our energy use.”

Financing First

AACPS, despite being a large district, suffers from the same educational-funding restrictions so many schools are experiencing throughout the country. To make a solar-electric system affordable, the district needed to find a partner to fund the project.

Standard Solar, a leading solar energy company specializing in the development and financing of solar electric systems nationwide, could solve that problem. With $300 million in backing from its partner Gaz Métro, the company could finance, own, operate and maintain the system. This meant AACPS, under a long-term 25-year power-purchase agreement with Standard Solar, would only have to worry paying for the electricity it used.

With the financing piece in place, Standard Solar got down to the business of engineering and building the ground-mounted array.

Delivering Solar Solutions

Located on six acres of school system-owned land at the Fort Smallwood Facilities complex in Pasadena, Md., the space presented complex site configuration challenges, but the team of engineers at Standard Solar worked diligently to overcome them. And on Aug. 16, the school district held a ribbon cutting celebration on its 1.4 MW ground-mounted solar array.

The completed project features nearly 4,000 panels that will produce 1,971 MWh of electricity annually. According to the school’s calculations, it will also offset more than 41,000 metric tons of carbon dioxide annually. That is equivalent to driving a car around the earth 3,971 times or one year of carbon dioxide emissions from 4,357 homes.

Arlotto said the new array brings the school closer to cutting its energy 20 percent by 2021.

“This is a great day for our school system and our county,” Arlotto said at the ribbon-cutting. “As we teach our students the importance of environmental stewardship, this is one big way in which we can lead by example.”

Standard Solar was pleased with the project’s results and its ability to provide AACPS with smart solar financing.

“This partnership with AACPS is a clear example of how school systems, counties, municipalities and more can benefit from solar and its resulting cost savings through taking advantage of smart financing,” said Scott Wiater, president and CEO, Standard Solar. “We were honored to be able to help this project come to life through our in-house funding and construction capabilities.”

Anne Arundel County Public Schools (AACPS), the fifth-largest school system in Maryland, decided it wanted to add a solar-electric system to is sustainability arsenal. But putting a ground-mounted system on the grounds of its facilities department offered a challenge only an experienced team of engineers could solve.

The administration selected Standard Solar, whose proven track record including New York City and Washington D.C. schools provided them with the experience necessary to turn AACPS’ challenges into money-saving opportunities.

Standard Solar’s ability to fund, own and operate the solar-electric system themselves allowed the school to approve this project with virtually no risk to themselves. Under these circumstances, the decision to construct a 1.4 MW ground-mount system was clear.

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