Choose Engineering Blueprint

Only the selected topology is displayed. This keeps the installation drawing large, clean and easy to print.

Engineering Blueprint Inputs

Enter the actual inverter MPPT count.
How many parallel strings will share one MPPT.
Use the module datasheet value. Leave 0 if not yet verified.
Use the site/design minimum temperature, not current weather.
Engineering validation pending
Enter or confirm project values, then generate the blueprint.
COUNTVOLTAGEMPPTCURRENT
Engineering input required: final string design needs actual module temperature coefficients and minimum site temperature. Cable sizes, OCPD interrupting ratings, ATS, SPD, earthing and equipment limits require final verification before construction.
Tip: Use the separate On-Grid, Off-Grid, or Hybrid view for a cleaner installation reference. Print output is fixed to four A3 landscape engineering sheets.

E-01 — SYSTEM SINGLE-LINE & PROTECTION DIAGRAM

ADWORKS Engineering Blueprint

Calculated Design Summary

Equipment Preview Legend

PV ModuleGeneric realistic solar-module illustrationInverter / PCEGeneric wall-mounted inverter preview
BatteryGeneric LiFePO₄ cabinet / rack previewProtectionGeneric breaker / OCPD / disconnect preview
Combiner / SPDGeneric array combiner and surge-protection previewATS / DBGeneric transfer switch and distribution-board preview

Equipment illustrations are visual installation references only and do not represent a specific manufacturer or exact product model.

E-02 — PROTECTION, ATS & CABLE SCHEDULE

Preliminary device schedule for engineering review

Protection Schedule

IDCircuitCalculated CurrentPreliminary Protection ClassRequired Verification

Cable / Conductor Schedule

CircuitDesign CurrentPreliminary ConductorInstallation / Verification Notes

Engineering Notes

E-03 — PV ROOF LAYOUT, STRING WIRING & BONDING

Panel numbering • string assignment • DC route • equipment bonding

PV String Validation

E-04 — BATTERY / INVERTER / ATS / GROUNDING DETAIL

Applicable to Hybrid / Off-Grid configurations

Battery & Transfer Summary