Rewired and wired in dehumidifier

Scored a great marine dehumidifier on eBay – Dry-Pal 1 by Mermaid.

My friend Viktar joined me again for a fun workday. While I built a shelf in the stern section (just behind/above the battery bank), Viktar hardwired the unit into the AC panel, rewired the control panel and extended its cord so it could be mounted on the interior.

Next steps are to run ducts and 3D print adapters for intake.

Time to move propulsion to Lithium

After a lot of thinking (and some $ saving) I’m finally ready to rip out my gel battery pack and jump to Lithium. The AGM batteries are now pretty old and lost quite a bit of capacity and power. The house battery is even older and can’t carry water pump and head flush well without severely dimming the lights.

The propulsion system setup I have now is something like this

I’ll keep the fuse, relay, and all the components of the motor but replace the rest with a Victron-based system so it will look something like this

This new setup gives me a lot of advantages:

  • More power to the engine
  • Bigger capacity/range – 300Ah vs. 182Ah
  • Less weight
  • Inverter
  • N2K interface / better software
  • Simpler system: house and engine off the same battery bank

Will be super fun to put this all in and configure it. Some of the components have already arrived. It’s a pain to get those giant new batteries onboard. Thanks to my dock neighbor Lauren who gave me a hand.

Fridge arrived

The new Fridge arrived. Fits really well. This is the Isotherm Cruise 65 Clean Touch Stainless Steel, 2.3 cu.ft., AC/DC

Still need to design and build out the galley shelving around it but it’s good to have it so I can finalize measurements for the panels.