Partnership Trains Interns and Saves Borough Money
 
                        
                        
                        					
                        
                        In 2016 ACEP and the  began a partnership to coordinate energy programs and projects involving energy efficiency,
                           energy delivery, and renewable energy systems in borough facilities.
 
To this end, ACEP has supported an intern position working in the energy management
                           program at the borough. In the past year, three interns have worked with the borough’s
                           energy management engineer, Ben Loeffler, to collect, analyze and evaluate the energy
                           systems data. The intern program has proved valuable to the borough and students alike,
                           with each intern gaining real-world experience with building energy systems and controls
                           while also identifying energy savings opportunities. 
 
Riley Troyer, then a senior in majoring in physics at UAF, developed code in Python
                           language to automate the borough’s utility billing data entry, saving the borough
                           over 50 labor-hours per year while improving database accuracy. Riley also wrote code
                           to consolidate data from the borough’s building automation systems (the computers
                           that control ventilation and heating systems). Riley’s early analysis yielded $30,000
                           in annual energy savings, through improved scheduling, and identified potential benefits
                           from improved humidity control in pool facilities.
 
Tessa Weeden, a junior double majoring in biomedical engineering and environmental
                           engineering, interned during the summer of 2018 while home from her studies at Carnegie
                           Mellon University. Tessa expanded on Riley’s work by analyzing the thermodynamic performance
                           of heat recovery ventilation at Hamme Pool. Tessa also developed a graphical user
                           interface to allow standard analysis and plotting of subsystem data from air handlers
                           and pumps.
 
Sherjeel Cheema, a senior majoring in electrical engineering at UAF, is currently
                           working on Python code to evaluate the energy cost drivers of ventilation systems
                           to identify the energy savings potential of better matching ventilation to occupancy
                           requirements.
Tessa Weeden stands near the leachate circulation pump at the FNSB landfill. Photo courtesy of Ben Loeffler.
 
				
