Case Study
As Rowan began to increase its capital spending locally, the city of Glassboro saw a unique opportunity to leverage the Rowan investments by developing a plan for the transformation of the downtown area leading to the university. This plan ultimately became the $476 million, mixed-use development of Rowan Boulevard. In the city of Glassboro more than 30 percent of school-aged children qualified for the free lunch program and 20 percent of families earn under the poverty line. The growth that was transforming Rowan was noticed by the former mayor of Glassboro and the business community. Policy and business leaders were encouraged by the growing student market for retail services, housing and food coupled with the university’s strategic focus on becoming an “engine of growth” for Southern New Jersey. In 2008, the town purchased and demolished rundown properties to make way for the development. The Rowan Boulevard design plan generated significant interest by developers, in part because it included lease-back arrangements with the university for student housing and academic buildings.
The South Jersey Technology Park at Rowan University is located approximately one mile from the Rowan campus. According to Dr. Beena Sukumaran, who directed the management of the park for Rowan, the growth of business and investment in the Glassboro area was initiated in partnership with a local philanthropist, Sam Jones, who donated $1 million in 2006 for the establishment of the technology park. According to university literature, “The mission of the Technology Park is to establish a technology based entrepreneurial economy; expand and strengthen the unique research and learning environment of Rowan University; and create value for its surrounding communities in their economic, physical and social development.”
Links to relevant articles:
Case Study
The university is working with energy storage firm Stem, Inc. to implement the company’s software-driven energy storage service to drive down energy costs across the university. “CSU Dominguez Hills is another example of a higher education leader who seeks Stem’s automated energy savings while also contributing to more intelligent grid solutions,” said John Carrington, CEO of Stem. “California’s universities and colleges want energy storage to help them control their energy choices, play a strong role in their community, and help transition the state to even higher amounts of renewable energy.”
Links to relevant articles:
Case Study
Clemson University has deployed a distributed energy storage system in an effort to reduce energy costs and to provide engineering students an opportunity to practice measuring and tracking energy savings. “Our distributed energy storage system is a natural extension of our core businesses in the buildings and battery markets and partnering with Clemson University allows us to help deliver the kind of smart and integrated energy management that will keep students and faculty comfortable while driving down utility costs,” said John Schaaf, vice president of distributed energy storage at Johnson Controls, in a prepared statement.