

Engineered for Installers

RV Solar + Battery Designer provides professional installers with a high-fidelity engineering tool to assess existing power systems, model proposed upgrades, and design custom solutions ground-up. Transition from guesswork to technical certainty—answering critical questions regarding battery longevity, solar recovery, DC-DC sizing, and system performance during consecutive low-solar days.
Stop Guessing Why the System Is Struggling
When customers present with symptoms like flat batteries, poor solar recovery, or inadequate DC-DC charging, providing a solution requires more than just adding hardware. Identify the root cause through data-driven analysis.
Installer Inputs
- Battery Capacity & Chemistry
- Solar Array Wp & Panel Config
- MPPT Efficiency Profile
- DC-DC Charging Current
- Inverter Loads & Standby Power
- Daily Load Profile & Duration
- Travel & Driving Behaviour
- Ambient Weather Conditions
Diagnostic Identification
- Insufficient Daily Generation (Yield)
- Inadequate Battery Bank Reserve
- Poor Charging Source Coordination
- High Inverter Energy Drain
- Slow Battery Recovery Cycle
- Unrealistic Load Expectations
- Inadequate DC-DC Input Efficiency
- Shore Power Dependency Issues
Show the Customer What Is Happening
Before Diagnosis
"You need another battery."
After Designer Analysis
"After three low-solar days, your yield drops and you fall below reserve capacity. By increasing solar and charging efficiency, we maintain a 30% safety margin in poor weather."
Turn cryptic technical values into a compelling visual narrative. By simulating a 7-day journey, you can show exactly when and why the system fails, creating a shared understanding of the problem.
Upgrade What Actually Needs Upgrading
Avoid replacing components unnecessarily. The tool helps identify the most sensible combination of upgrades to fix the problem without excessive hardware cost.
Solar Enhancement
Additional panel capacity to improve recovery speed.
Battery Expansion
Larger storage bank for extended autonomy.
Charge Logic
Larger DC-DC charging to harvest energy while driving.
Inverter / Load
Upgraded inverter capacity and load management.
Test the Proposed Upgrade Before You Install It
"Don’t Just Size It. Test It."

Designers can model the upgraded system before purchasing hardware. Emphasise reducing risk by simulating the real energy performance under intended customer behavior.
- Confirm expected battery autonomy
- Test several poor-weather days
- Confirm DC-DC contribution while driving
- Check whether heavy loads are realistic

Design Custom Builds from the Ground Up
For campervan conversions and custom Electrical fitouts, use the same workflow to design around intended travel style, alternator charging, and solar potential before a single wire is run.


Give the Customer a Digital Model of Their System
Provide a locked copy of the final model that reflects the system fitted. The customer leaves with a transparent record of how their system is designed to perform.
For the Customer
- Clear Record & Reference
- Better Trip Planning
- Insight into Load Impact
For the Installer
- Professional Handover
- Reliable Design Record
- Reinforces Design Intent
Turn Technical Problems into Clear Decisions
"My batteries keep going flat."
Diagnostic explanation showing low solar recovery in poor weather.
"Can I run Air Con overnight?"
Explanation about testing load impact before fitting hardware.
"Do I need the bigger DC-DC?"
Data showing how driving contributes energy across their travel pattern.
A Professional Result to Match a Professional Installation

Produce structured assessments including system performance simulations and charging source breakdowns in a branded, high-quality way.
RV Electricians
Auto Electricians
Solar Installers
Caravan Service Centres
Motorhome Service Centres
Mobile RV Technicians
Campervan Converters
Custom RV Builders
Expedition Vehicle Builders
Retrofit Specialists
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