Top 10 Best Solar Permit Software of 2026

SolarNexus routes solar permitting work around a structured project record that links requirements, drawing outputs, and versioned permit sets into a single workflow. Plan export generation is oriented toward producing complete permit packets with the right file bundle for submission rather than separate standalone drawings. The product also supports compliance checklist style reviews so teams can validate that required components are present before sending to the AHJ.

A key tradeoff is that SolarNexus centers on its own permitting workflow model, so highly custom CAD or design-to-permit mapping can require process changes before outputs match internal templates. SolarNexus fits teams that repeatedly submit similar solar project types and want predictable packet assembly with controlled revisions before AHJ submission.

OpenGov Permitting & Licensing provides end-to-end handling of permit cases from intake through decision by supporting configurable steps, required documents, and internal routing. Review workflows can be tuned to jurisdictional processes so staff see the same packet expectations for similar solar applications. It is also designed for multi-user operations with audit-friendly activity tracking tied to case work and updates.

A key tradeoff is that detailed solar plan set assembly still depends on upstream document preparation, because OpenGov primarily manages the permitting workflow and packet handling rather than producing engineering drawings. The product is a strong fit when a jurisdiction or shared services team needs consistent review stage governance across multiple staff roles and recurring solar submission types.

Pylon centers on turning project inputs into a permit-ready packet with structured document exports, including PDF plan sets and drawing exports used in submissions. The workflow design maps project stages to governance steps so plan set updates and review handoffs stay traceable during revisions. The integration layer supports automation handoff, which helps teams reduce manual reformatting between design production and permitting package assembly.

A key tradeoff is that jurisdiction-specific outcomes depend on how well the project inputs match Pylon’s requirement configuration and templates, so incomplete design metadata can still create cleanup work. Pylon fits best when permitting teams need repeatable, versioned package generation across many projects while coordinating internal review steps before AHJ submission.

Aurora Solar is a solar permit software tool built around PV design and plan generation, with jurisdiction-aware outputs that support permit-ready plan sets. It focuses on producing consistent drawing content, including layout artifacts like roof attachment and module placement visuals, plus exportable plan packets for submission workflows.

The workflow centers on keeping design changes synchronized to the permit document set so teams can iterate without rebuilding drawings from scratch. Aurora Solar’s distinct angle in this category is tying design decisions to submission deliverables in one place rather than treating permitting as a separate document assembly step.

Scanifly converts solar design inputs into permit-ready plan sets and submission artifacts in an organized workflow for solar projects. The product supports plan set generation, permit packet assembly, and AHJ-facing exports so teams can move from design outputs to submission packages with fewer manual handoffs.

Scanifly also provides configuration hooks for jurisdiction-specific requirements, so rule checks and packet contents can be aligned to local submission expectations. Document versioning and export controls help keep revisions traceable when a design changes after stakeholder feedback.

Solo supports solar permit workflows where permits, plan sets, and jurisdiction rules need to move together across projects. It coordinates permitting checklists, document packaging, and review status tracking with an automation and API surface aimed at integration into design and back-office systems.

The product is oriented around repeatable configurations that map jurisdictional requirements into submission-ready artifacts and operational steps. Solo fits teams that need governance controls around who can change permit packets and what gets submitted to each AHJ.

PermitFlow is a solar permit workflow system focused on packaging and routing plan sets for jurisdiction submissions. It supports permit packet assembly, including generating consistent PDF plan set exports and managing versions for resubmittals.

Teams can track jurisdiction-specific status from intake through submission and closure. The system is geared toward repeatable compliance checklists and AHJ submission portal handoffs rather than ad hoc document exchange.

Accela is a permitting workflow system that adds solar-specific process rigor through configurable case types and rule-driven intake. Core capabilities include case management for permit applications, document handling for plan sets and packet assembly, and configurable steps for review routing.

Admin controls support governance through role-based access, audit logging, and jurisdiction-specific configuration. Integration options include an API surface for external systems and data exchange with planning, design, and utility tracking tools.

Enact manages solar permit workflows by tying project data to jurisdiction-facing outputs like permit packet assembly and exportable plan sets. The system focuses on automation around submission readiness, including configuration of jurisdictional requirements and document generation for repeatable review cycles.

Enact also supports operational control features such as role-based access and change tracking for permit-ready versions across iterations. Its strongest fit is teams that need a governed path from design inputs to AHJ submission materials without rebuilding the same checklists each project.

Arka360 is a solar permit software product built for managing permit packets end to end from design outputs to AHJ submission workflows. It focuses on configurable jurisdiction requirements mapping, drawing and packet assembly steps, and revision tracking so teams can produce permit-ready sets repeatedly.

The workflow is oriented around exportable plan-set artifacts and structured handoffs to internal review and external submission steps. That makes it most useful for organizations that need repeatable solar submissions across multiple jurisdictions rather than one-off document packing.