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Inverter Jobs in Arizona (NOW HIRING)

About the role This is a fixed site field role focused on DC system health, module replacements, tracker repairs, Inverter maintenance-repairs, and other maintenance activities on utility-scale solar ...

About the role This is a fixed site field role focused on DC system health, module replacements, tracker repairs, Inverter maintenance-repairs, and other maintenance activities on utility-scale solar ...

About the role This is a fixed site field role focused on DC system health, module replacements, tracker repairs, Inverter maintenance-repairs, and other maintenance activities on utility-scale solar ...

About the role This is a fixed site field role focused on DC system health, module replacements, tracker repairs, Inverter maintenance-repairs, and other maintenance activities on utility-scale solar ...

Lead day-to-day facilities operations for an inverter manufacturing plant, including building systems, plant utilities, site services, and facility maintenance. * Ensure reliable operation of ...

This is a fixed site field role focused on DC system health, module replacements, tracker repairs, Inverter maintenance-repairs, and other maintenance activities on utility-scale solar facilities.

Lead day-to-day facilities operations for an inverter manufacturing plant, including building systems, plant utilities, site services, and facility maintenance. * Ensure reliable operation of ...

Automatic International LT APU and inverter included Driver-focused sleeper setup Maintained for dependable performance Benefits Medical coverage available 401(k) with company match Paid vacation and ...

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Showing results 1-20

Inverter information

See Arizona salary details

$69.9K

$156K

$191K

How much do inverter jobs pay per year?

As of Sep 1, 2026, the average yearly pay for inverter in Arizona is $156,033.00, according to ZipRecruiter salary data. Most workers in this role earn between $133,300.00 and $191,000.00 per year, depending on experience, location, and employer.

What is an inverter?

An Inverter job typically refers to roles related to the design, manufacturing, installation, or maintenance of power inverters, which convert DC power to AC power. Professionals in this field may work in industries like renewable energy, automotive, or industrial automation. Responsibilities often include troubleshooting, repairing, and optimizing inverter performance.

What does an inverter do?

A typical day for an Inverter Technician involves diagnosing and repairing inverter units, performing routine maintenance checks on installed systems, documenting test results, and ensuring all components meet safety and industry standards. You may work both independently and alongside electrical engineers or site managers, especially on larger installations or during complex troubleshooting. Site visits and responding to service calls are common, often requiring flexibility and adaptability to different work environments such as solar farms, industrial sites, or commercial facilities. Collaboration with other technical and maintenance staff is frequent to ensure overall electrical systems run smoothly. Over time, technicians can advance to supervisory or systems specialist positions, broadening their expertise in renewable energy and power management.

What are the key skills and qualifications needed to thrive as an inverter, and why are they important?

To thrive as an Inverter Technician or Specialist, you need a strong understanding of electrical systems, power electronics, and troubleshooting methods, typically supported by a technical diploma or relevant certification. Familiarity with tools like multimeters, oscilloscopes, inverter-specific diagnostic software, and safety systems is essential. Attention to detail, strong problem-solving skills, and effective communication set professionals apart in this role. These skills are important to ensure the efficient installation, maintenance, and repair of inverter systems, minimizing downtime and ensuring safety in energy-dependent environments.

Infographic showing various Inverter job openings in Arizona as of August 2026, with employment types broken down into 6% As Needed, 87% Full Time, 5% Part Time, and 2% Contract. Highlights an 96% Physical, 1% Hybrid, and 3% Remote job distribution, with an average salary of $156,033 per year, or $75 per hour.

Lead Field Service Technician - PV/BESS

PPS

Phoenix, AZ

$25 - $40/hr

Full-time

Re-posted 13 days ago


Job description

Lead PV / BESS Master Technician

Commercial Solar | Utility-Scale Solar | Battery Energy Storage | Commissioning | O&M

Location: Multiple Sites / Regional Travel Required
Job Type: Full-Time
Level: Senior / Lead / Field Authority


Job Summary

We are hiring a Lead PV / BESS Master Technician with proven field authority, advanced troubleshooting capability, and the ability to lead commissioning and service execution on complex renewable energy systems.

This position is built for a high-level field professional who can own technical performance from installation turnover through energization, commissioning, troubleshooting, remediation, and long-term operational reliability.

This is not an entry-level role.
This is not a helper position.
This is not a role for candidates who require step-by-step instruction.

We are looking for the technician who gets called when systems will not commission, performance is off target, communication networks fail, punch lists stall, or energization is at risk.


Primary Responsibilities
  • Serve as the technical field lead for solar PV and BESS commissioning, service, troubleshooting, corrective maintenance, and remediation

  • Lead field crews, direct technical workflow, and enforce workmanship standards

  • Execute cold commissioning, hot commissioning, functional testing, startup, energization, and performance verification

  • Troubleshoot live DC and AC electrical systems under field conditions

  • Diagnose and resolve inverter faults, production losses, communication failures, protection issues, and control integration problems

  • Validate installation quality against drawings, single-line diagrams, OEM documentation, and commissioning procedures

  • Interface directly with owners, utilities, AHJs, EPCs, OEMs, engineers, and commissioning authorities

  • Produce detailed turnover packages, commissioning reports, punch lists, corrective action reports, and deficiency documentation

  • Support project closeout, warranty investigations, recommissioning, and operational performance optimization


PV Master Technician — Required Technical CompetenciesPV System Architecture
  • Advanced knowledge of commercial and utility-scale PV systems

  • Full understanding of:

    • String inverter systems

    • Central inverter systems

    • MLPE systems

    • DC collection systems

    • AC collection systems

    • transformer and switchgear integration

    • protection and interconnection architecture


Advanced Electrical Troubleshooting

Must be capable of independently diagnosing:

  • Ground faults

  • Arc faults

  • Insulation resistance failures

  • Current mismatch

  • Voltage imbalance

  • String underperformance

  • clipping and curtailment issues

  • failed terminations

  • polarity errors

  • nuisance trips

  • communication loss

  • intermittent production faults


Test Equipment Proficiency

Must have hands-on field experience with:

  • Digital multimeters

  • Clamp meters

  • IV curve tracers

  • Insulation resistance testers (Megger)

  • Thermal imaging cameras

  • continuity and polarity testing equipment

  • torque verification tools

Must be able to interpret test data, not simply perform the tests.


Inverters / Power Conversion

Hands-on commissioning, startup, troubleshooting, and service experience with:

  • string inverters

  • central inverters

  • microinverters

  • DC optimizers

Required abilities:

  • fault code diagnostics

  • firmware upgrades

  • parameter configuration

  • protection verification

  • grid support function setup

  • inverter replacement and recommissioning


Monitoring / SCADA / Communications

Hands-on experience configuring and troubleshooting:

  • Ethernet networks

  • fiber communications

  • cellular gateways

  • RS-485

  • Modbus TCP

  • Modbus RTU

  • remote monitoring platforms

  • data acquisition systems

  • inverter telemetry validation

  • communications fault isolation


Battery Energy Storage Systems (BESS)Required Working Knowledge

Candidates with strong BESS field experience are strongly preferred.

Must understand:

  • AC-coupled and DC-coupled architecture

  • PCS (Power Conversion System)

  • BMS (Battery Management System)

  • EMS (Energy Management System)

  • SCADA integration

  • battery racks and containerized systems

  • control and protection interfaces

  • functional startup logic

  • fault isolation and safe shutdown procedures


BESS Commissioning Tasks
  • pre-functional inspection

  • startup readiness verification

  • battery communications verification

  • PCS commissioning support

  • alarm verification

  • sequence-of-operations testing

  • functional control testing

  • operational verification

  • capacity validation support

  • troubleshooting communication and controls faults

Growing utility-scale storage deployment is increasing demand for technicians who can support field energization, controls integration, commissioning documentation, and safe turnover.


Safety & Compliance

Must demonstrate working knowledge of:

  • OSHA

  • NFPA 70E

  • Lockout / Tagout

  • arc-flash practices

  • fall protection

  • job hazard analysis

  • energized work planning

  • NEC Article 690

  • NEC Article 705

  • NEC Article 706

  • basic familiarity with NFPA 855 and UL 9540 / 9540A preferred for storage systems


Leadership Expectations

The Lead PV / BESS Master Technician is expected to:

  • lead crews in the field

  • mentor junior technicians

  • identify issues before they become delays

  • maintain technical discipline during commissioning

  • communicate clearly with field management and clients

  • make sound technical decisions without escalation

  • protect schedule, quality, and system performance


Required Experience
  • 5+ years of hands-on commercial or utility-scale PV field experience

  • proven lead technician, commissioning technician, or senior service technician experience

  • demonstrated success diagnosing live system failures

  • ability to work independently under field pressure

  • ability to travel to project sites


Preferred Qualifications
  • NABCEP PV Installation Professional

  • NABCEP PV Commissioning & Maintenance

  • OSHA 10 / 30

  • NFPA 70E

  • manufacturer certifications:

    • SMA

    • Sungrow

    • SolarEdge

    • Enphase

    • Tesla

    • Fluence

    • Powin

    • Sungrow storage platforms


What This Role Is Not
  • Not entry-level

  • Not a helper role

  • Not a remote position

  • Not a training seat

If you need daily instruction to perform technical work, this role is not a fit.


Compensation & Opportunity
  • Competitive compensation based on experience

  • Leadership-level field responsibility

  • Exposure to complex commercial, utility-scale, and storage systems

  • Opportunity to work on high-value commissioning, startup, and O&M projects

The current U.S. solar market is facing a skilled labor shortage, especially for senior field and commissioning roles, which is pushing greater value toward technicians who can independently lead energization and turnover.


How to Apply

Submit your resume with:

  • years of hands-on PV experience

  • system sizes worked on

  • commissioning experience

  • inverter platforms supported

  • BESS experience

  • examples of major troubleshooting work personally completed

Only candidates with proven field capability will be considered.