ARENA Program Showcases Alaska’s Energy Ingenuity
 
                        
                        
                        					
                        
                        The Arctic Remote Energy Networks Academy (ARENA) starts this week in Fairbanks.
 
The 17 participants from around Canada, remote Alaska, and Greenland will see examples
                           of Alaska’s energy ingenuity including energy efficient housing designs, arctic septic
                           systems, and remote energy installations.
 
The participants will meet with Alaska community leaders to share their knowledge
                           on project development and overcoming challenges in remote communities.
 
Greenland’s two participants include electrical engineers from Greenland’s energy
                           Utility that boasts 70% from renewable energy sources, mostly hydroelectricity. Greenland
                           is looking to wind power to help boost their renewable portfolio. 
 
The seven Canadian participants cover a broad pallet of expertise including community
                           design and development, environmental management, community leadership, and indigenous
                           clean energy programs.
 
Eight Alaska ARENA participants include a retired renewable energy utility manager,
                           community leaders, renewable energy project leaders, and graduate students focusing
                           their studies on sustainable Alaska communities.
 
Participants will also travel to Kotzebue and Nome to see, firsthand, successful renewable
                           energy development and to speak with the project developers and operators.
And, Iceland's focal for the ARENA on-site in Reykjavik this November will be attending the Alaska program, providing insights from the UN University Geothermal Training Program and to facilitate effective transition into the Iceland-based on-site.
Photo: 2017 ARENA participants in Coleville Lake NWT, Canada. Photo by A. Byrd/ACEP
 
				
