The $82 DIY Busbar That Beats the $630 Victron Class-T Power-in

NT00 Fuses: https://cleversolarpower.com/go/NT00f... Alternative: https://cleversolarpower.com/go/NT00A... NT00 base is the same as RT36 Copper Busbar: https://amzn.to/4bQHm8M Cables I'm Using: https://cleversolarpower.com/go/silic... 📖 My Best-Selling book on Amazon: https://cleversolarpower.com/off-grid... 🎁 Free Diagrams: https://cleversolarpower.com Sometimes CHINT doesn't ship to the US so I had to find alternatives (which are more expensive). In this video I show you how to build and size a DIY fuse busbar for your off-grid solar system and how it compares to the Victron Lynx distributor with Class-T fusing. I walk you through how to size a copper busbar using NEC Table 310.16, which temperature column to use and why it matters, and why the current limit comes from your terminals not the bar itself. I also cover grounding requirements for all metal components and how I added a transparent plastic safety cover using standoffs and a threaded rod mounted into the backboard. At the end I do a full price comparison between the DIY build and the Victron Lynx setup — $82 versus $630. I also show the complete system installed in my garage. If you want a dedicated video on ESS systems like this one, let me know in the comments. The busbar is pure copper. For marine or wet environments, go with tinned copper instead.