Top 10 Best Solar Pv Drawing Software of 2026

Aurora Solar is oriented around the PV design workflow from roof layout through electrical design package outputs. It supports module placement, inverter siting, and cable routing visualization for DC and AC wiring context, then compiles outputs into a drawing set format suitable for plan reviews. CAD export and PDF plan set generation help teams move drawings into AutoCAD-based or BricsCAD-based drafting workflows without re-drawing every placement change.

A practical tradeoff is that Aurora Solar’s layout changes are driven by its PV model rather than freeform drafting edits like those used in AutoCAD Electrical. Teams that need to adjust conduit paths, breaker schedules, or labeling at the same granularity as a dedicated electrical CAD editor may hit workflow friction. Aurora Solar fits best for early engineering iterations that must stay consistent across roof layout, electrical schematics, and equipment placement before final construction drafting.

OpenSolar fits technical solar designers who need fast single-line diagram creation, string layout visualization, and plan set assembly without manual redrawing for every iteration. The tool supports drawing templates and title block style controls so plan sets stay consistent across revisions. CAD export output formats target common downstream review workflows that expect DWG and DXF deliverables.

A key tradeoff is that OpenSolar’s drawing generation is tied to its internal project model, so freeform edits in the exported CAD files require rework when the design changes. OpenSolar works best for project teams that iterate stringing, inverter siting, and conductor routing in the same model, then regenerate drawings for AHJ submission and contractor coordination.

EasySolar is designed around electrical plan deliverables that map drawings to a project configuration, including string layout views and a single-line diagram output. Users can produce a set of sheets and export them for permit folders with repeated title-block details and configurable templates. The approach reduces manual redrawing when changing module placement, inverter siting, or routing choices that drive multiple sheets.

A tradeoff is that governance and engineering-depth controls like detailed voltage drop reporting, fault current analysis outputs, or structural load calculations are not represented in the core drawing workflow in the same way as full CAD-based electrical engineering stacks. EasySolar fits permit-focused projects where consistent plan-set generation matters more than deep analysis loops that feed back into conductor-level results.

Polysun is solar PV drawing software that supports end-to-end electrical design deliverables, from layout planning through electrical schematic generation. It pairs CAD output formats with PV engineering calculations so conductor sizing, voltage drop, and protective device placement can stay consistent across a plan set.

It is especially geared toward producing clear permit-ready documentation for rooftop and site layouts with module placement and wiring paths captured in the drawing workflow. Its practical value comes from keeping design geometry and electrical outputs connected instead of treating drawings as a separate manual step.

PVcase generates solar PV electrical drawings from design inputs, with an emphasis on producing plan sets for permits and installations. The tool supports module placement and electrical layouts needed for stringing, single-line style documentation, and populated wiring artifacts. PVcase also focuses on consistent drawing output through templates for title blocks and set structure across roof layouts and electrical deliverables.

SolarEdge Designer targets electrical PV drawing workflows that need consistent module placement layouts, string design outputs, and plan set production tied to SolarEdge project assumptions. The software generates roof layout and component placement drawings for inverters, optimizers or string inverters, and routing artifacts that reduce manual rework when iterating design options.

It also supports export to common CAD and document formats used for electrical design packages and permit sets. SolarEdge Designer’s distinct advantage is how tightly the drawing outputs stay aligned with SolarEdge hardware and design assumptions across the project lifecycle.

ARKA 360 focuses on PV electrical drawing production with workflow around string layout, single-line style diagrams, and plan-set deliverables. Drawing outputs include construction-ready sheets such as title blocks and placement drawings that follow a consistent template workflow.

It also supports CAD export paths for DWG and PDF plan sets used in permit and AHJ submissions. ARKA 360’s distinctive angle is tying array layout decisions to repeatable drawing generation instead of treating drawing as a manual step.

The Solar Labs creates solar PV drawings and plan sets for electrical design deliverables, with workflows built around laying out modules on a roof and translating that placement into downstream electrical diagrams. The software supports both single-line and multi-line schematic generation from designed electrical topology, including conductor and conduit routing artifacts for documentation.

Drawing templates and title block fields help keep plan sets consistent across revisions while supporting AHJ-ready exports like PDF and CAD formats. It also targets common engineering documentation needs such as stringing design outputs, DC homerun labeling, and construction drawing packaging in one workflow.

Scanifly generates solar PV electrical drawings from design inputs, including single-line diagrams, three-line diagrams, and plan-set sheets tied to a PV system layout. It focuses on turning string layout and module placement decisions into electrical routing views such as DC homerun home run routing and conduit routing.

The workflow is built around drawing templates and repeatable plan-set exports, which supports document consistency across set of plans deliverables. Diagram outputs can be exported for package-ready review as PDFs and CAD files like DWG and DXF.

Enphase Solargraf targets electrical design workflows tied to Enphase hardware, with layout creation that maps to module-level electrics instead of generic PV placement. The tool generates permit-oriented deliverables like electrical schematics and plan sets, including documentation components such as title block and drawing sheets.

It supports string layout decisions that align with microinverter-style design, then carries those selections into wiring and DC homerun documentation. For teams that need consistent Enphase-specific drawing output, the automation focus reduces manual rework across roof layout and electrical documentation.