DESIGN YOUR POWER. BALANCE CONFIDENTLY.

Design an RV power system that actually works.

Interconnected Systems

RV power systems are a complex network of solar generation, battery storage, and electrical loads. We evaluate the entire system together to ensure technical harmony and reliable performance.

Solar

Charging

Battery

Loads

How the Designer Works

A systematic approach to engineering your RV's electrical system for real-world performance.

Design a New System

Start with your RV, your appliances and the way you travel. The Designer works out what electrical system is required.

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Check an Existing System

Enter the equipment already installed and see how it performs before deciding what should change.

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Major Capabilities

RV Thermal Modelling

Accurately calculates air-conditioning demand based on vehicle thermal mass, Australian weather patterns, and usage frequency.

Australian Solar Data

Utilizes location-specific solar resource data to provide realistic power generation estimates for your specific Australian travel routes.

Vehicle Charging

Simulates alternator and DC-DC charging behavior using vehicle-specific data to ensure your battery is charged efficiently.

RV Solar + Battery Designer - Rooftop Solar Design Layout.png

Roof Solar Design

Optimizes fixed and portable solar configurations to maximize energy generation and fit your specific vehicle roof profile.

Don't just size it. Test it.

See how your battery, solar and charging sources perform across a full seven-day poor-solar simulation.

Engineering Trust

Our engineering engine evaluates every component of your RV power system against technical limits and real-world performance data.

PASS

Engineering condition satisfied. All technical limits are within safe operational parameters.

Source: DATABASE / MANUFACTURER

CHECK

Engineering judgement required. Specific assumptions or manufacturer limits require manual verification.

Source: USER / CALCULATED

FAIL

Technical or manufacturer limit exceeded. The proposed configuration exceeds safe operational thresholds.

Source: DATABASE / MANUFACTURER

Design Priorities

Lowest Upfront Cost

Optimise equipment selection for the most economical initial investment while maintaining a safe and functional system.

Balanced

The default engineering strategy. Balances cost, performance, and resilience to deliver a reliable system for most travel patterns.

Maximum Off-Grid

Maximise practical energy independence by prioritising high-capacity storage and solar generation for remote locations.

Maximum Redundancy

Reduce critical single points of failure by integrating multiple charging sources and battery banks for maximum reliability.

Engineered for Suppliers

Our engineering engine is built for professional use. We provide a robust white-label reporting system that allows suppliers to deliver high-precision, Australian-specific power system designs to their customers with technical credibility and brand integrity.

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Ready to design your RV power system?

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ENGINEERING TRUST

Our software evaluates the whole electrical system together, ensuring every component works in harmony for the way you travel.

STATUS: PASS

STATUS: CHECK

STATUS: FAIL

Engineering condition satisfied. System meets all technical and manufacturer limits.

Requires engineering judgement or confirmation. Review all assumptions and inputs.

A technical or manufacturer limit has been exceeded. System performance is compromised.

SOURCE: USER

Recommendations based on your specific RV, appliances and travel patterns.