Caravan Electrical & Lighting

Shop reliable caravan electrical and lighting parts for repairs, upgrades and new installs. From 12V lighting and switches to plugs, connectors, fuses, cable and power accessories — we stock practical gear that suits real caravan and camper use.

Not sure what to pick? Start by matching voltage (12V vs 240V), then check amp rating, connector type and cable size. For lighting, confirm the fitting style and dimensions (surface mount, recessed, LED strip, etc.) so everything drops in cleanly.

We ship Australia-wide, and if you’re unsure, grab a photo of your current setup (plug type, fuse size, label/spec plate) so you can compare before ordering.

Sale!
Original price was: $99.00.Current price is: $79.00.

What do I need for a basic 12V setup?
Most caravans use a 12V battery system feeding lights, water pump, fans and USB outlets. A typical setup includes a battery, fuses, a main isolator, suitable cabling, and charging (vehicle, 240V charger, or solar). If you’re upgrading, check cable size and fuse ratings first.
AGM is simple and budget friendly, but heavier and you can’t use all the capacity. Lithium (LiFePO4) is lighter, charges faster and gives more usable capacity, but needs a compatible charger and often a lithium-ready DC-DC. Check your charger and solar controller compatibility before switching.
If you want reliable charging from the tow vehicle—especially with modern “smart alternators”—a DC-DC charger is usually the best option. It gives proper charge voltage and protects your battery. Match the charger size to your battery capacity and cable run.
Fuse to protect the cable, not the appliance. Choose a fuse rating that matches the cable’s safe current, and place it as close to the power source as possible (battery/charger). If you’re unsure, go slightly smaller rather than bigger, and use quality holders.
12V is sensitive to voltage drop, so cable size matters more than people think. Longer runs and higher loads (fridges, inverters, chargers) need thicker cable. As a guide: measure the run length (there and back) and the load amps, then size cable to keep voltage drop low.
Solar is great for topping up when camping. Panels + an MPPT regulator usually give the best efficiency. Match your regulator to your panel voltage/current, and your system voltage (12V). If you’re running lithium, confirm the regulator has a lithium profile or correct charge settings.
Common causes are loose connections, undersized cable, poor earth/ground points, or overloaded circuits. Start by checking terminals, fuse holders, and earth connections. If it only happens when a pump/fridge starts, it’s usually voltage drop.
Confirm the voltage (12V/240V), current draw, connector type, and installation space. For 240V items, make sure your van wiring and RCD/safety gear are suitable. For 12V items, check the cable/fuse rating and whether you need a relay or switch upgrade.