Pick a starting system
Use a package template or begin from scratch.
Solar System Builder
Build Your Off-Grid System.
Choose a package, select your components, and watch the system update as you build. Elevation UpScales verifies the final design, compatibility, installation scope, and price.
Configure the equipment
Adjust quantities and system options.
Review compatibility
See planning alerts before you contact us.
Request final design and price
Casey verifies the rig, parts, labor, and install.
Build Your Solar System
Select. Configure. Review.
Use the builder to plan the equipment and capacity you want. The final electrical design and installed quote are confirmed after professional review.
Step 1
Choose a starting package
Packages prefill the builder. Every selection can still be adjusted.
Step 2
Solar panels
Select a panel family and quantity. Final roof layout must be measured.
Renogy
Renogy 200W N-Type rigid panelCompact rigid panel for common RV roof layouts.
Total proposed array400WRoof-space verification required.
Step 3
Battery bank
Select lithium capacity, cold-weather features, and battery quantity.
Renogy
Renogy 12V 200Ah Core lithium batteryLow-temperature protection and a compact RV-friendly format.
Proposed battery bank200Ah • 2.56kWhNominal storage before design losses and usage limits.
Step 4
Inverter and solar charging
Choose the AC power level and how the array charges the battery bank.
Renogy
Renogy
Loads you expect to run
Selecting loads helps classify the system. It does not guarantee runtime.
Power Snapshot
What can this system actually power?
A practical planning view of production, storage, inverter capacity and the loads you selected.
Estimated solar / day—Planning estimate
Usable battery reserve—Planning reserve
Inverter capability—Continuous class
Selected-load estimateSelect loadsRepresentative daily use
Daily energy balanceSelect loadsCompare solar production with selected loads
System use level—Based on the current buildReal-world capability examples
Approximate battery-only runtime for one representative load at a time. Solar input can extend runtime; simultaneous loads reduce it.
Planning estimates use about 4.5 peak-sun-hours, normal conversion losses and a battery reserve. Actual production and runtime vary with sun hours, weather, shade, season, temperature, battery state, appliance efficiency, startup demand and simultaneous loads. Final design and performance require professional review.
Step 5
Charging, monitoring, and protection
Build the rest of the system around the array and battery bank.
Protection is part of every complete installation.
Required cable sizing, fusing, breakers, disconnects, busbars, terminals, equipment mounting, and labeling cannot be removed from the final design.
Step 6
Add inspection, removal, or custom work
Tell us what needs to happen before or alongside the new system.