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Rugged, durable, and rigid. The Boulder 200 Briefcase Solar Panel is built with strong tempered glass and an aluminum
frame with added corner protection for temporary or permanent installation.
Composed of two Boulder 100 Solar Panels (200 watts total) chained together and
connected by a hinge. Equipped with an integrated kickstand to help get optimal
angle to the sun. Includes a protective canvas bag for easy carrying. Use with
a Goal Zero portable power pack or portable power station to charge your gear
day or night.
Boulder 200 Briefcase Highlights
- 200 total Watt - two 100 Watt panels (14-21.8V) chained together and connected by a hinge
- Features integrated kickstand providing optimal angle placement
- Built with strong tempered glass and an aluminum frame with added corner protection
- Included is a protective canvas bag for easy transport and carrying
What can the Boulder 200 Briefcase charge?
- The
solar panel does not hold a charge, it produces power when it is
exposed to sunlight. Connect it to recharge a portable power station.
The Boulder 200 briefcase is best used for recharging Goal Zero Yetis.
General Information:
- Goal Zero 32409
- Weight: 42 lbs
- Dimensions (folded): 40 x 26.75 x 3.5 in
- Dimensions (unfolded): 53.5 x 40 x 1.75 in
- Cable length: 6 ft
- Mountable with brackets (not included)
- Warranty: 24 months
Solar:
- Rated Power: 200 Watts
- Open Circuit Voltage (Voc): 21.8V
- Maximum Power Point Voltage (Vmpp): 18.1V
- Cell Type: Monocrystalline
Ports:
- Solar port: 14-22.5V, up to 14A (200W max)
Compatibility:
- Compatible with all Yeti Power Stations.
- Note: You will need an (HPP to 8mm adaptor SOS Item #550875-APP) to work with the Yeti 200X or 500X
Charge Times:
- Yeti 400: 3-6 Hours
- Yeti 400 Lithium: 7-14 Hours
- Yeti 500X: 3-6 Hours
- Yeti 1000 Lithium: 8-16 Hours
- Yeti 1000X: 6-12 Hours
- Yeti 1400 Lithium: 11-22 Hours
- Yeti 1500X: 9-18 Hours
- Yeti 3000 Lithium: 18-36 Hours
- Yeti 3000X: 18-36 Hours
- Yeti 6000X: 35-70 Hours
Solar
charge times vary and are dependent on many factors such as elevation,
temperature, time of year, angle and position to the sun.
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