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ASI Energy President and CEO Herbert Dwyer announced Monday that Ed Wilson has officially joined ASI Energy as the Senior Energy Consultant and will be a member of the company’s Board of Directors.  Wilson says he welcomes the opportunity to play a key role in advancing the opportunities for combined heat, cooling and power across ASI’s planned market segment.

Dwyer pointed out, “Given the current state of the utility markets and greater demand for better and more efficient power options, we have seen a large increase in business. Ed’s background, expertise, and leadership will enable us to better deliver results for our clients.”

Wilson previously served as Cornell University’s Sustainable Energy Team Manager from 2010-2013 where his main goal involved working with students, faculty and staff to develop renewable energy technologies across the campus.  His goals also focused around advancing the knowledge and deployment of solar, wind, and small hydroelectric, geothermic systems across campus.

Previous to this position, Wilson served as the Central Energy Plant Manager from 2001-2010 where he managed all heating, cooling and electricity production facilities supplying utility services to 14 million square feet of campus facilities.  He lead a staff of 30, who under Wilson’s leadership, was critical to Cornell University’s operation.  One of his achievements was installing and placing into commercial operation a combustion turbine based Combined Heat and Power System which improved efficiency and reliability to the campus while reducing fuel consumption and lowering emissions.

Wilson also worked for Proctor and Gamble managing facilities at a pharmaceutical plant in upstate New York from 1999-2001 and held various positions including Plant Manager and Project Manager at New York State Electric and Gas from 1976-1998.

Wilson says he believes ASI Energy’s promotion and development of combined heat and power systems across a wide market segment will advance State and National goals of improved energy efficiency, lower emissions and improve energy stability.

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