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F6 - Lake Fryxell
Contact
Joe Yarkin


Tracy Dahl
CH2M Hill Polar Services

http://www.vecopolar.com
Lake Fryxell Solar Panels and Shelter  
F6 camp on Lake Fryxell with solar panels (2002)
(click on image for larger version)
System Solar icon Generator icon Battery icon Photovoltaic with battery bank and backup diesel generator.
Location Lake Fryxell, Taylor Valley, Antarctica ( 77 36 22.9 S 163 07 19.0 E -36.73).
Description F-6 is a science camp located on the south shore of Lake Fryxell. The camp consists of a two-room kitchen/lab cabin and a 600-W solar electric system with diesel generator back-up.

600 watts of solar panels are mounted on a “top of pole” rack.  This rack of panels has manual adjustments for altitude and azimuth, allowing residents to manually track sun for greater net power production over the course of the day. Coming from the array, there is a twist-lock plug that facilitates removal for storage of the solar panels in the winter.  Between the array and batteries is about 50 feet of 10/2 direct burial conductor protected by a 60 amp breaker. This feeds into an Outback MX60 MPPT charge controller on the Outback power panel. 
   
The battery bank consists of 8 ea, 100 amp hour gel cell batteries configured in a 24-volt bank rated at 400 amp hours of electrical storage.  Coming from the batteries is a 24/12-volt DC-DC converter that supplies both radios and Optiphones with 12 VDC power.  Two 4/0 cables carry power from the battery bank to the Outback power center.
 
F6 power panel Power panel with FX 2000 inverter, AC and DC power panels, MX60 charge controller, and Mate (top right) inside the kitchen area at F6.

A Tri-Metric system meter is mounted in the wall of the Lab allowing users to evaluate the present condition of the battery storage, as well cumulative amps in/out of the system.

On the left side of the Outback power center is an AC breaker box that provides circuit protection for the AC wiring between the battery bank, inverter, optional generator, and loads.
 
If battery voltage falls too low due to lack of solar input, or high loads, the diesel generator can be started to recharge batteries and power camp loads. A two-hour run time is usually sufficient to recharge the batteries.
F6 electrical schematic Electrical schematic.

Data Data not communicated from this site.
Comms No communications devices are associated with this system.