🔋Learn how to wire a battery bank and build an enclosure for a DIY electrical system.
☀️Discover the process of installing rooftop solar and ground deploy solar panels.
🔌Understand the steps involved in wiring shore power and alternator charging.
💡Learn how to wire the Lynx Shunt and Lynx Distributor for monitoring and distribution.
🧪Discover the process of system programming and testing for a DIY electrical system.
What resources accompany this video?
—You can find wiring diagrams, parts lists, plans, and 3D models in the video description.
What makes the Battle Born GC3 batteries special?
—These batteries provide 6.8 kilowatt hours of power storage and are self-heating for extreme cold temperatures.
What is the purpose of the aluminum extrusion enclosure?
—The enclosure secures the batteries, protects the components, and provides a teaching tool at camper van shows.
What type of panels are used for the enclosure?
—Clear acrylic panels are used, but other sheet goods like colored acrylic or plywood can be used as well.
What is the Lynx Shunt and Lynx Distributor?
—The Lynx Shunt measures amperage in the battery bank, while the Lynx Distributor is a system of bus bars for distribution and fuse holders.
01:37Introduction to the video and the EXPLORIST.life channel.
04:40Wiring the battery bank to create a 24-volt battery bank.
09:30Building the aluminum extrusion enclosure.
13:14Wiring the Victron components, including the Lynx Shunt and Lynx Distributor.
