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Solar Energy Installation Managers

Direct work crews installing residential or commercial solar photovoltaic or thermal systems.

U.S. Workers

806,080

Median Salary

$78,690

10-Year Growth

+5.3%

Annual Openings

74,400

Typical entry: High school diploma or equivalent

Minimal RiskImminent Risk74%HIGH

15 of 15 tasks have some AI capability

Exposure Trend

Mar73.69%Apr73.69%May73.69%Jun73.69%

This score reflects estimated AI technical capability for tasks in this occupation. It does not predict employment changes, and it does not account for company-specific constraints, regulation, or adoption barriers.

Fully Automatable (7)

AI could handle these end-to-end

Estimate materials, equipment, and personnel needed for residential or commercial solar installation projects.

AI: Fully automatable - AI can perform accurate material takeoffs and estimate equipment and personnel needs from plans and historical data using established estimation models.

imp: 4.2

Prepare solar installation project proposals, quotes, budgets, or schedules.

AI: Fully automatable - AI can generate project proposals, quotes, budgets, and schedules automatically from inputs, pricing databases, and templates with high reliability.

imp: 4.2

Provide technical assistance to installers, technicians, or other solar professionals in areas such as solar electric systems, solar thermal systems, electrical systems, or mechanical systems.

AI: Fully automatable - AI can provide detailed technical guidance, troubleshooting steps, wiring/installation instructions, and diagnostics support to installers and technicians in real time, covering solar electric/thermal and related systems.

imp: 4.1

Identify means to reduce costs, minimize risks, or increase efficiency of solar installation projects.

AI: Fully automatable - AI can analyze historical project data, supply chain and labor options, and modeling to identify cost, risk, and efficiency improvements and generate actionable optimization recommendations.

imp: 4.1

Coordinate or schedule building inspections for solar installation projects.

AI: Fully automatable - Scheduling and coordinating inspections is a routine administrative workflow that AI systems can fully automate by interfacing with calendars, agencies, and notification systems.

imp: 4.0

Assess system performance or functionality at the system, subsystem, and component levels.

AI: Fully automatable - AI can fully assess performance and functionality using telemetry, analytics, fault detection algorithms, and component‑level diagnostics to identify issues and recommend fixes.

imp: 3.9

Evaluate subcontractors or subcontractor bids for quality, cost, and reliability.

AI: Fully automatable - AI can evaluate bids and subcontractor performance by analyzing cost models, past performance data, quality metrics, and risk indicators to provide comprehensive comparative assessments.

imp: 3.9

Human in the Loop (8)

AI could assist, human oversight required

Supervise solar installers, technicians, and subcontractors for solar installation projects to ensure compliance with safety standards.

AI: Partial - AI can monitor sites, flag safety violations, and assist compliance oversight, but cannot fully replace human supervisors' on-site authority and judgment for safety enforcement.

imp: 4.3

Plan and coordinate installations of photovoltaic (PV) solar and solar thermal systems to ensure conformance to codes.

AI: Partial - AI can produce installation plans and checklists and flag code conflicts, but final planning, coordination, and nuanced code interpretation typically require human oversight and field adjustments.

imp: 4.2

Monitor work of contractors and subcontractors to ensure projects conform to plans, specifications, schedules, or budgets.

AI: Partial - AI can continuously monitor schedules, budgets, and detect deviations from plans using sensors and photo/video analysis but cannot fully replace on‑site judgment, interventions, and contract enforcement.

imp: 4.2

Assess potential solar installation sites to determine feasibility and design requirements.

AI: Partial - AI can perform robust remote feasibility and design analysis from imagery, LIDAR, and site data, but final structural, code, and site‑specific verifications typically require in‑person inspection or licensed professional signoff.

imp: 4.1

Perform start-up of systems for testing or customer implementation.

AI: Partial - AI can orchestrate and guide automated commissioning checks and remote testing procedures, but physical startup activities and safety‑critical interventions still require human technicians on site.

imp: 4.0

Visit customer sites to determine solar system needs, requirements, or specifications.

AI: Partial - AI can perform effective remote site assessments using satellite imagery, photos, and customer‑supplied data but cannot fully substitute for in‑person site visits when physical measurements or access are required.

imp: 3.7

Develop and maintain system architecture, including all piping, instrumentation, or process flow diagrams.

AI: Partial - AI can generate and update system architecture drawings, P&IDs, and process flow diagrams from specifications, but final engineering validation, code compliance, and complex integration decisions need human or licensed‑engineer oversight.

imp: 3.6

Purchase or rent equipment for solar energy system installation.

AI: Partial - AI systems can largely automate vendor selection, price comparison, and order generation but human oversight and contractual/financial approvals are typically required in 2025.

imp: 3.5

Skills for this role (35)

MonitoringCoreManagement of Personnel ResourcesCoreTime ManagementCoreCoordinationCoreCritical ThinkingCoreActive ListeningCoreReading ComprehensionCoreSpeakingCoreInstructingCoreJudgment and Decision MakingCore
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