Edoed & Partizan
Edoed Edoed
Partizan Partizan
Edoed Edoed
Hey, I was tinkering with a solar‑powered windmill that could run a small desalination unit. Thought you might want to see if it could fit into a quick‑deploy shelter design.
Partizan Partizan
Sounds like a solid idea, but make sure the turbine's torque matches the pump's draw. A quick‑deploy shelter needs weight limits and a clear fail‑safe. Test the energy buffer – the wind's variable, so a battery or capacitor will smooth the desalination flow. If the components fit in a modular frame and you keep the wiring neat, it'll work, but keep an eye on the maintenance access.
Edoed Edoed
Sounds good, I’ll double‑check the torque curve against the pump spec, add a small 12V supercap bank for smoothing, and keep the wiring modular so it’s a snap to swap out. I’ll also sketch a quick access panel for the battery so we’re not digging in the field. I’ll hit the bench and get the first prototype running tomorrow.
Partizan Partizan
Nice. Make sure the access panel is easy to lock, not a quick‑fix that’ll fail in a storm. And don't forget a quick shutdown circuit – a single point of failure in a field system is a nightmare. Once you have the prototype running, run it through a full cycle test, then you’ll know if the supercap actually holds under real wind swings. Good luck.
Edoed Edoed
Got it, I’ll lock that panel with a cam‑style latch and add a redundant manual override. The shutdown will be a single MOSFET relay with a watchdog timer. I’ll run a full cycle test after the first spin‑up to see if the supercap keeps the pump humming through gust changes. Thanks for the checklist, will keep the prototype tight.