Tag Archives: Design Help

Operating Starlink on Solar power

A lot of our folks are anticipating getting a Starlink Internet terminal in their remote village location in the next year or two. The “Dishy McFlatface” terminals and monthly fees are quite affordable, however Dishy requires a lot more power than a typical laptop computer, so powering it on solar will be a significant expense. Below are 3 reference designs for power systems capable of running your Starlink terminal different amounts of time each day. To keep costs down you’ll probably want to limit your Starlink Internet use to daylight hours and operate it less than 5 hours per day.

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Test Driving a Half-Pint-XT Solar Power System

Online Test Drive Logo

The Online Test Drive is a useful tool for figuring out whether one of the GTIS Power Systems’ packaged systems will work for you. Plus, it will help you understand a little about using solar energy – the importance of panel and battery sizes, the importance of sky conditions, and the importance of load size and runtime.

Here’s a typical case. A linguist/translator  writes, “I would like to set up a village worker with a solar system and notebook computer, buying it locally. It will be a Lenovo ThinkPad 11e Gen 2. The person I want to set up spends part of his time in Alotau town [Papua New Guinea], where 240 volt AC power is usually available, and part of his time in a village situation without power.

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Solar Charging of LiFePO4 batteries

Compared to lead-acid batteries Lithium Iron Phosphate  (abbreviated LiFePO4 or just LFP) batteries are simple to charge and quite forgiving about voltage set points. You can use most “12-V” lead-acid solar charge controllers to charge a 12.8 V LFP battery. On those with adjustable settings, here are our recommendations for voltage set-points and why.
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