Solar PV installations require precise coordination between electrical, structural, and civil disciplines. AI plan checking catches electrical sizing errors, grounding specification conflicts, NEC violations, and structural mounting issues before they cause costly field rework.
Conductor sizing must match inverter output and string configuration. AI catches undersized cables and incorrect ampacity calculations.
Grounding requirements vary between utility-scale and rooftop systems. AI identifies conflicts between drawings and NEC requirements.
PV array mounting systems must coordinate with structural and civil designs. AI finds conflicts in anchor specifications and load paths.
Solar PV systems must comply with NEC Article 690. AI catches rapid shutdown requirements, labeling violations, and arc-fault protection issues.
Inverter capacity must match array configuration. AI identifies string sizing errors and voltage window violations.
In a recent review of a utility-scale solar facility, InspectMind AI found 31 issuesincluding 6 critical violations before construction:
These issues would have caused significant rework during installation. Finding them before construction saved the project from costly delays and change orders.
Rapid Deployment
Solar projects move fast—issues found late cause major delays
Remote Sites
Utility-scale projects in remote areas have high mobilization costs
Multi-Discipline
Electrical, structural, and civil must coordinate precisely
Code Changes
NEC updates frequently—AI stays current with requirements
Catch electrical, structural, and coordination issues before they cause field rework. Results in hours.
5+ issues or full refund · No demo required
Sample report: 282 issues found|Pricing after first check
227,181+ customer-visible issues across 2,000+ customer accounts
