Quick Answer
Boulder panels perform well at high altitudes with minimal degradation in efficiency, retaining up to 85% of their original output at elevations above 10,000 feet.
High Altitude Performance
Boulder panels from Goal Zero are designed to function optimally in a wide range of environments, including high-altitude locations. The panels use high-efficiency solar cells that help to maintain performance even in cooler temperatures and lower atmospheric pressure found at high elevations. In practical terms, this means that a Goal Zero Boulder 200 panel will still produce around 140 watts of power at 10,000 feet, despite a 20% reduction in efficiency.
System Integration and Compatibility
When combining Boulder panels with a Goal Zero Yeti power station, such as the Yeti 3000, the high-altitude performance of the panels doesn’t significantly impact the overall system’s capability. The Yeti 3000 can still charge and power devices efficiently, even with the slightly reduced power output from the Boulder panels. This makes the system suitable for use in high-altitude car camping and overlanding applications, where reliable power is essential. The lithium batteries in the Yeti 3000 also help to mitigate the impact of reduced solar panel efficiency, allowing the system to maintain a stable charge and power output.
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