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Our Mission

FSU Renewable Energy Center is committed to promote the use of renewable energy resources available in Western Maryland and the surrounding region by developing educational activities, research projects, industrial partnership, and community outreach programs.

Architectural Renderings

South East View

North East View

Interior

Acknowledgement

SERF project has bocome possible with the support of:

Representative Roscoe Bartlett (R 6th District of Maryland)

Dr. Jonathan Gibralter, FSU President

The Congressionally Directed Project Management:

US Department of Energy

Design:

FSU Renewable Energy Center
Sustainable Design
Group
Vanderweil Engineers

Development and General Contracting:

Academic Privatization, LLC
The Belt Group

Sustainable Energy Research Facility (SERF) 

The SERF building is currently being constructed at FSU, thanks to two federal fundings received with assistance of Congressman Roscoe Bartlett (R - 6th district of Maryland) in 2008 and 2009. The building will be completely off-grid and will generate its own electricity from wind and sun light. Solar thermal and geothermal energy will be used for heating and cooling. The buildingwill belocated in the Frostburg Research Center.

Congressman Roscoe Bartlett Honored the SERF Construction on March 16, 2012.
Photo gallery

Please click to see the construction photosSERF Picture Gallery

Purpose

  • Conduct research, education, and outreach activities on renewable and clean energy applications
  • A demonstration example of self-sufficient, off-grid building for individuals such as homeowners, farmers, or entrepreneurs who seek energy security in Western Maryland or similar geographic locations
  • Test center and showcase for renewable energy products

Design Features

  • Approximately 6,300 square feet usable area
  • Energy efficient, LEED certified green building
  • independent from the electric utility (100% off-grid);
  • Supplied completely by wind and solar energy
  • Passive solar heating and lighting
  • Solar thermal system for water and space heating
  • Geothermal heating and cooling
  • Short-term energy storage in a battery banks
  • Long-term energy stored in hydrogen tanks and backed up by PEM fuel cells
  • Thermal energy stored in hot water tanks, radiant floor, and air tight walls
  • Energy Recovery System to pre-condition incoming air for energy saving
  • Computer controlled energy management system for supply and usage

Estimated project cost: $2.4 M (funded by US Department of Energy and FSU

Location

Please hover on the picture to see an aerial view from Google