Australian Owned & Operated Family BusinessAustralian Family Business
Before & After Sales SupportBefore & After Sales Support
10+ Years Solar Industry ExperienceA Decade of Industry Experience
High Quality Green ProductsHigh Quality & Sustainable Products
Fast ShippingFast Dispatch
Great Prices and Price Match GuaranteePrice Match Guarantee
Large Range of DIY KitsRange of DIY Kits
Off-road caravan with roof-mounted solar panels parked on open ground at dusk

Caravan, camper and RV power

Caravan, Camper & RV Power

Off-grid power for caravans and RVs

Build around the loads, available roof space, travel pattern and charging opportunities of your caravan, camper or RV.

  • Travel-led matching for roof space, camp time, driving and shore-power access
  • Local technical help with complete off-grid power systems

Explore complete 12V solar panels, lithium batteries, and mains chargers for reliable caravan and RV power

Quick daily-energy check

Estimate battery use in amp-hours per day

Enter the average battery-side current and daily run time, then choose the bank voltage and battery chemistry.

A
Average current while the listed loads operate.
hours
Combined operating time within a 24-hour day.
bank
Nominal voltage of the battery bank.
90%
Simple usable-capacity allowance.
Estimated daily battery use
60 Ah/day Moderate use

About 720 Wh/day from a 12V bank. One day represents about 66.7Ah of lithium nameplate capacity at a 90% usable allowance.

Estimate only: average battery-side amps × hours per day. Watt-hours use nominal battery voltage. The one-day nameplate comparison applies a simple 90% usable allowance for lithium or 50% for AGM and gel. Startup loads, inverter losses, temperature, battery age and manufacturer limits can increase the required system capacity and charging.

Full range

Compare the complete caravan and RV range

Use the catalogue filters for product type, voltage, application, brand and availability. Confirm load demand, charging sources, battery limits, installation environment, cable and protection before selection.

View all caravan products
Total: 333 Products

Customer stories

Five-star support, from planning to after-sales

Before final selection

Plan the complete touring or camping system

Daily use, available panel area, battery storage, solar, vehicle and mains charging all affect the products and ratings required.

Estimate daily solar and battery needs

List the appliances, daily run times and charging sources to build an initial caravan or RV energy budget.

Open the RV solar sizing tool

Check cable size and voltage drop

Use circuit current and length to make an initial cable-size and voltage-drop check before final design.

Open the cable sizing tool

Start with the three-number solar method

Work from daily energy, usable sun and practical system losses before comparing panel, controller and battery ratings.

Read the solar sizing guide

System check

Want your power system checked before ordering?

Send the details below and our off-grid team can help narrow suitable product groups and ratings.

  • Battery-bank voltage, chemistry, capacity, current limits and available mounting space
  • Daily appliances, run times, simultaneous loads and startup demand
  • Panel dimensions, campsite shade and solar, vehicle or mains charging available
  • Cable lengths, protection, monitoring and any fixed 230V requirements
Ask an expert to check it We can help check how the generation, storage, charging and loads fit together.

Selected touring buyer guides

Plan the system before choosing components

Use these practical guides to estimate energy, understand installation constraints and compare complete-system requirements.

Power and Energy

Solar 4 RVs guide

Power and Energy

Both power and energy are important components to consider when choosing solar power for your Caravan or boat as it must be able to...

Read guide

About this range


Reliable Off-Grid Power for Caravans and RVs

Building a robust 12V or 24V electrical system for your caravan, camper trailer, or motorhome requires high-quality, perfectly matched components. Whether you are upgrading an older AGM setup to a modern lithium powerhouse or designing a complete off-grid power grid for a new build, our comprehensive range provides everything you need. From high-yield solar modules and secure mounting hardware to high-capacity storage and advanced charge controllers, we supply premium gear engineered to handle the harshest Australian touring conditions.

High-Performance Solar Panels for RV Roofs

Generating reliable daily power starts with the right caravan solar panels. We carry highly efficient monocrystalline solar panels suited for permanent, flat-roof mounting, alongside lightweight flexible solar panels that conform perfectly to curved pop-tops and streamlined camper profiles. For travellers who prefer to park their vehicle in the shade, folding portable kits from Exotronic and Victron offer an excellent way to chase the sun while keeping your living space cool and comfortable.

Deep Cycle Batteries for Extended Travel

Storing your harvested solar energy efficiently is critical for off-grid independence. Our selection of caravan deep cycle batteries includes ultra durable AGM and advanced lithium (LiFePO4) models. Exotronic lithium batteries deliver exceptional energy density, integrated Bluetooth diagnostics, and rugged construction, ensuring your 12V fridges, lighting, and water pumps operate smoothly throughout your trip. For those maintaining legacy systems or working with strict budgets, our dependable AGM models offer excellent value and proven longevity.

Smart Battery Chargers and Inverters

To preserve battery health and maximise lifespan, pairing your storage bank with the correct lithium battery chargers is essential. We offer premium Victron and Enerdrive mains chargers for when you are plugged into 240V shore power, as well as highly efficient MPPT solar charge controllers to rapidly convert solar energy into usable charge. If you intend to run household appliances like coffee machines, induction cooktops, or microwaves, explore our robust pure sine wave inverters and combined inverter/charger units for seamless AC power delivery on the road.

Wiring, Monitoring, and Accessories

A power system is only as reliable as its connections. Ensure optimal safety and peak performance with proper solar cables, heavy-duty busbars, Anderson plugs, and 100% waterproof cable entry covers by Scanstrut. Furthermore, integrating caravan monitoring systems such as a Victron SmartShunt or Simarine Pico allows you to track your exact state of charge, real-time power draw, and total solar input directly from your smartphone, taking the guesswork out of off-grid energy management.

Installation or setup considerations

  • Match your charger profile: Ensure your solar charge controller and 240V mains charger are correctly programmed to the specific chemistry of your battery bank. Lithium (LiFePO4) requires distinct charging algorithms compared to traditional lead-acid or AGM variants.
  • Calculate your daily loads: Before committing to a battery capacity, list all your 12V and 240V loads. Estimate their daily runtime to determine your total Watt-hour requirement, ensuring your battery bank is sized appropriately for consecutive overcast days.
  • Size cables correctly: Voltage drop can severely impact system efficiency. Always use correctly rated automotive or marine-grade cable, especially on long runs between the solar array, MPPT controller, and battery terminals.
  • Focus on ventilation and safety: Always install your electronics in dry, adequately ventilated compartments. Use correctly rated DC circuit breakers or fuses as close to the battery positive terminal as possible to safeguard the entire electrical network.

As an Australian family business backed by a decade of experience, we pride ourselves on providing high quality products and before and after support. Enjoy fast dispatch across the country and expert guidance tailored to your specific travel needs. Equip your caravan or RV with a highly efficient power system today and experience off-grid touring with absolute confidence.

Technical planning questions

Touring and camping power questions

These answers are planning guidance. Exact product manuals, battery limits and completed installation requirements remain the authority.

How much solar does a touring or camping system need?

Start with the watt-hours used on a typical day, then compare that energy with the usable solar conditions where and when you travel. Allow for shade, panel temperature, orientation, controller and wiring losses, and poor-weather reserve. Available panel area limits generation, so battery storage and vehicle or mains charging may also be required.

Should I use fixed or portable solar panels?

Fixed panels recharge whenever suitable sun reaches the roof and require no setup. Portable panels can be positioned away from shade but need storage, deployment and secure cable connections. Many touring systems use fixed roof generation with a compatible portable input for shaded camps or winter conditions.

How do I size the touring battery bank?

Calculate daily amp-hours or watt-hours, choose the number of days of autonomy, then apply the battery manufacturer's usable-depth, temperature and current limits. Also verify the largest simultaneous discharge current, available recharge time, physical dimensions, mounting and the charging profile required by the selected chemistry.

Can solar, vehicle and mains chargers charge the same battery?

Compatible charging sources can commonly share one battery bank, but each source must suit the battery chemistry and system voltage. Check combined charge current against the battery or BMS limit, configure supported profiles correctly, and provide the required isolation, cable, fuses and switching for every source.

What size inverter is suitable for touring or camping?

Add the appliances that may run together and allow for startup demand from compressors, pumps and motors. Then check the inverter's continuous and surge ratings and calculate the battery-side current. The battery, BMS, cable, protection and connections must all support that current; large heating and air-conditioning loads can require a substantial system.

Where are fuses needed in a touring electrical system?

Each battery-connected circuit normally needs correctly selected overcurrent protection close to its battery connection because the battery can supply very high fault current. Additional protection may be required at source changes, distribution points and equipment connections. Size protection to the cable, equipment and applicable installation requirements.

Can I install the fixed 230V part of a touring system myself?

Fixed 230V wiring and connected electrical-installation work must be completed and tested by an appropriately licensed person under the applicable requirements. Product selection also needs to account for transfer switching, earthing, neutral treatment, RCD protection and the manufacturer's installation instructions.

Add notes to your order

Powering Your Adventure

We gave it full sun... ☀️

Official Pricing Reference