V3 Energy, LLC

Wind Energy, Village Power, Environment

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Brevig Mission

Identifying a wind power site in Brevig Mission is challenging because the airport with main and crosswind runways – with four approach and departure lanes to consider – constricts airspace more than typical single runway airports. A stronger wind resource is predicted in the mountains north and northeast of Brevig Mission, but the peaks and […]

Filed Under: Bering Straits, Projects

Elim

Elim has a marginal to moderate wind resource for wind power development, depending on the project site – the met tower location or possibly the dominating hill west of the airport – but the new Northern Power Systems NPS100C-24 wind turbine is expressly designed for lower wind class environments and modeling results predict the potential […]

Filed Under: Bering Straits, Projects

Teller

Teller aerial

The electric utility for Teller and nearby Brevig Mission, Alaska Village Electric Cooperative, initiated a wind resource study in Teller in 2009 to identify a suitable site for wind turbines to supply Teller with wind energy. This initial effort focused on identifying a met tower site near Teller as project development construction costs would be […]

Filed Under: Bering Straits, Projects

Stebbins

The Stebbins wind project site, located on the plateau about one mile north of the village, has an outstanding Class 6 wind resource with a mean annual wind speed of 7.1 m/s (at 30 meters), low extreme wind probability and low turbulence. Alaska Village Electric Cooperative is upgrading the power system of Stebbins with a […]

Filed Under: Bering Straits, Projects

Saint Michael

The wind resource measured at the Saint Michael met tower site 0021 is very good with measured wind power class 5 (excellent).  In addition to high average wind speeds and high wind power density, the site experiences very low turbulence and low extreme wind speed probability, resulting in an IEC Class III-c classification.  Alaska Village […]

Filed Under: Bering Straits, Projects

Shaktoolik

Shaktoolik Aerial

Shaktoolik has a very good Class 4 wind resource with a mean annual wind speed of 6.38 m/s at the 30 meter level, high wind power density due to cold temperatures, and very low turbulence.  In 2011 Alaska Village Electric Cooperative installed two Northern Power Systems 100 kW Northwind 100-21 wind turbines on the old […]

Filed Under: Bering Straits, Projects

Savoonga

Savoonga, Alaska

Savoonga has an outstanding Class 6 wind resource with a mean annual wind speed of 7.16 m/s at the 30 meter level, high wind power density due to cold temperatures, and low turbulence.  In 2009 Alaska Village Electric Cooperative installed two Northern Power Systems 100 kW Northwind 100 (A model) wind turbines slightly west of […]

Filed Under: Bering Straits, Projects

Gambell

Gambell, Alaska

Gambell has a superb Class 7 wind resource with a mean annual wind speed at the 30 meter level of 9.13 m/s, one of the highest measured in any Alaska community.  Alaska Village Electric Cooperative installed three Northern Power Systems 100 kW Northwind 100 (A model) wind turbines near the met tower site in 2009.  […]

Filed Under: Bering Straits, Projects

Featured Projects

Aerial view of Village of Saint Mary’s

Saint Mary’s

Kivalina

Kivalina

Point Lay, Alaska

Point Lay

Point Hope met tower; D. Vaught photo

Point Hope

Photo by D. Vaught

Wainwright

More Featured Projects

V3 Energy LLC

is an Anchorage, Alaska-based consulting firm specializing in village-scale renewable energy power system design, planning and assessment, including:

  • Renewable energy system configuration design and modeling using HOMER software
  • Wind flow modeling of complex terrain and obstacles using WAsP 11.0 software
  • Pre-design feasibility studies, economic valuation and cold climate analysis
  • Wind turbine micro-siting and turbine array optimization and design
  • Wind power site selection, permitting, data analysis and IEC 61400-1 assessment
  • Remote location meteorological test tower installation (up to 60 meters, tubular-type)
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All Photographs Taken By Douglas Vaught · Website by Sundog Media, LLC