20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You usually start by reviewing the day's work orders and 3D plans (often AutoCAD or SolidWorks drawings). Morning tasks: inspect panels, mounts, wiring, and control systems; log findings in Microsoft Excel or a maintenance system; and tag components with operation/identification labels.
Afternoon tasks: test and repair controls, swap circuit breakers or inverters, replace or seal roof penetrations, and follow fall-protection procedures when working at heights. You’ll often coordinate with roofers or electricians and send status updates via Microsoft Outlook or Word reports.
You’ll read installation manuals and 3D plans in AutoCAD or SolidWorks to understand mounts, heat exchangers, and piping. Use Microsoft Excel for maintenance logs, test results, and parts lists. Microsoft Word and PowerPoint are common for reports or short shift handovers.
Microsoft Outlook is used daily for schedules and requests. Basic familiarity with Microsoft Office suite plus the ability to open CAD/PDF drawings is enough for most crews.
Solar O&M technicians often install and inspect electrical equipment and circuit breakers, but the scope depends on local licensing. On many sites you’ll handle inverters, combiner boxes, and low- to medium-voltage work under supervision.
If you’re doing high-voltage grid connections or permanent service changes, a licensed electrician or a certified solar electrician is required. Learn electrical code basics and get the right license for your state or employer.
The U.S. Bureau of Labor Statistics (BLS) reports 465,840 employed in this occupation area. The median wage is $63,800 per year; the lowest tenth is $44,150 and the top tenth is $108,420, according to BLS 2025 data.
Actual pay depends on location, employer, certifications, and whether you work rooftop residential, commercial, or utility-scale systems. Overtime, travel pay, and specialized skills (electrical license, HVAC, or CAD) raise earnings.
Start with a hands-on course or apprenticeship that covers flat-roof and pitched-roof work, pipe insulation techniques (cutting, mitering, gluing), and applying weather seals around penetrations. Trade schools and community colleges often have solar or HVAC modules.
Practice reading installation schematics and teaming with experienced techs on heat exchanger fills and leak checks. Safety training for working at heights and basic electrical safety should come first.
AI can help interpret large logs, flag anomalies in production data, and suggest probable faults from inverter alarms or SCADA trends. Use it to prioritize inspections and generate checklists, not to replace hands-on tests.
On site, always confirm AI suggestions with physical tests: multimeter checks, insulation tests, and control-system diagnostics. Keep records in Excel and attach AI summaries to Word reports, but a human must sign off on electrical changes.
Both matter, but hands-on repair edges out for daily effectiveness. You’ll spend most time testing controls, replacing breakers, sealing roof penetrations, and fixing mounts and piping, so manual skills and safety habits are crucial.
Reading 3D plans (AutoCAD/SolidWorks) prevents installation errors and speeds repairs, so combine plan-reading with hands-on practice. Employers value a tech who can interpret drawings and then safely make the repair.