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Solar Performance Analyst Jobs in Reno, NV (NOW HIRING)

Amperesand

Supplier Industrialization Engineer

Reno, NV · On-site

$69.80K - $94.20K/yr

Energy supply is shifting to incorporate a more diverse mix of resources - including solar, gas ... Analyze supplier capabilities, lead times, design for manufacturing support, and potential risks to ...

Amperesand

Senior Staff Product Manager

Reno, NV · On-site

$126.10K - $166.50K/yr

Energy supply is shifting to incorporate a more diverse mix of resources - including solar, gas ... to define performance metrics for uptime, energy density, and fault containment. * Translate ...

Invenergy

Field Troubleshooting Technician - Wind

Reno, NV

$19.75 - $27/hr

Obtain, compile, and analyze information to properly identify course of action for proactive and ... performance. Your recruiter can share more about bonus eligibility for this position during the ...

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Solar Performance Analyst information

See Reno, NV salary details

$27.4K

$75K

$128.1K

How much do solar performance analyst jobs pay per year?

As of May 29, 2026, the average yearly pay for solar performance analyst in Reno, NV is $74,968.00, according to ZipRecruiter salary data. Most workers in this role earn between $54,800.00 and $89,200.00 per year, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as a Solar Performance Analyst, and why are they important?

To thrive as a Solar Performance Analyst, you need a solid background in data analysis, solar energy systems, and a relevant degree in engineering or a related field. Familiarity with solar monitoring platforms, SCADA systems, and data analysis tools like Python, Excel, or PVsyst is typically required. Strong problem-solving skills, attention to detail, and effective communication help distinguish top performers in this role. These competencies are crucial for accurately assessing solar plant performance, identifying issues, and optimizing energy output.

What are some common challenges faced by Solar Performance Analysts when interpreting solar energy data?

Solar Performance Analysts often encounter challenges such as dealing with inconsistent or incomplete data due to sensor malfunctions, weather variability, or communication errors. Accurately distinguishing between system underperformance caused by equipment issues versus external factors like shading or soiling can also be complex. To address these challenges, analysts utilize specialized software, collaborate closely with field technicians, and regularly review maintenance logs to ensure accurate performance assessments and actionable recommendations.

What are Solar Performance Analysts?

Solar Performance Analysts are professionals who monitor, analyze, and optimize the energy production of solar power systems. They use specialized software and data analytics to assess system performance, identify issues, and recommend improvements. Their work ensures that solar installations operate efficiently and deliver maximum energy output. Solar Performance Analysts often collaborate with engineers, maintenance teams, and project managers to maintain high standards of performance and reliability.

What is the difference between Solar Performance Analyst vs Solar Design Engineer?

AspectSolar Performance AnalystSolar Design Engineer
Required CredentialsTypically requires a degree in engineering, renewable energy, or related field; certifications like NABCEP are commonSimilar credentials; often holds engineering degrees and NABCEP certification
Work EnvironmentAnalyzes system performance data, often in office or remote settingsDesigns solar systems, working in office or on-site for system planning
Employer & Industry UsageUsed by solar companies, consultants, and utilities to optimize performanceUsed by solar installation firms and engineering consultancies for system design

The Solar Performance Analyst focuses on evaluating and optimizing existing solar systems' performance through data analysis, while the Solar Design Engineer is responsible for designing new solar systems. Both roles require similar credentials and often work within the same industry, but their core functions differ in analysis versus design.

What are popular job titles related to Solar Performance Analyst jobs in Reno, NV? For Solar Performance Analyst jobs in Reno, NV, the most frequently searched job titles are:
Solar Performance Analyst jobs near you
Staff BESS Electrical Design Engineer, EPC

Staff BESS Electrical Design Engineer, EPC

Redwood Materials

Carson City, NV • On-site

Other

Posted 20 days ago

Job description

Staff BESS Electrical Design Engineer, EPC

Redwood Materials is seeking a Battery Energy Storage Systems (BESS) Electrical Engineer to join our EPC team. This role is central to the design of scalable, high-performance energy storage infrastructure for utility-scale and distributed applications. Our mission is to build a sustainable circular economy for lithium-ion batteries by transforming recycled materials into high-quality inputs for new batteries.

Responsibilities will include: 

  • Lead electrical engineering efforts for utility scale lithium-ion BESS projects from concept (system sizing, layout) through construction. 
  • Interface with utilities and ISO/RTOs to support interconnection studies/submittals, permitting, and compliance for new renewable and BESS projects. 
  • Serve as the internal subject matter expert (SME) for technical challenges related to BESS. 
  • Design AC and DC electrical systems for BESS using medium voltage transformers, inverters, DC combiners, energy managers, and battery modules. Specify and procure long-lead AC equipment. 
  • Develop schematic diagrams, single-line diagrams, wiring schematics, raceway plans, grounding plans, and protection strategies for AC and DC systems. 
  • Specify and evaluate components such as circuit breakers, contactors, fuses, disconnects, emergency power off (EPO), and metering devices. 
  • Coordinate with civil, structural, fire & life safety, SCADA/telecom, geotechnical, and DC system design teams to produce complete IFC packages and technical specifications. 
  • Ensure designs comply with applicable codes and standards such as NEC 705, NEC 706, IEEE 1547, UL 9540, NFPA 855, and local amendments.Lead code reviews and provide summary to internal teams. 
  • Integration of BESS with grid infrastructure and other renewable and traditional energy sources.  
  • Perform power system studies for short circuit, load flow, arc flash, and protective device coordination for AC and DC systems. 
  • Serve as the Electrical Engineer of Record for assigned projects. 
  • Maintain up-to-date knowledge of BESS technologies, codes, and industry trends. 
  • Lead R&D efforts to perform feasibility analysis of using medium voltage DC distribution system for integrating BESS with other sources. 
  • Provide CA support for RFIs, submittal reviews, change orders, and site inspections. 
  • Coordinate with internal stakeholders and external consultants to track scope, schedule, and budget. 
  • Prepare engineering cost estimates and project schedules in collaboration with project controls at various design milestones. 
  • Perform QA/QC reviews of electrical designs and mentor junior engineers. 
  • Contribute to internal design standards, templates, and best practices. 
  • Manage project workload and ensure timely delivery of engineering documents. 
  • Support strategic initiatives related to grid integration, renewable energy, and energy storage. 

Desired Qualifications: 

  • Bachelor's or Master's degree in Electrical Engineering from ABET accredited program. 
  • Licensed Professional Engineer in Nevada or eligible for reciprocity. Must get their PE in Nevada and South Carolina within 2 months of start date. 
  • Minimum 5 years of experience in solar, energy storage, or microgrid sectors, with at least 3 years focused on BESS design and deployment. 
  • Proven expertise in interconnection and regulatory compliance for BESS systems. 
  • SME in knowledge of NEC 705, NEC 706, IEEE 1547, UL 9540, and NFPA 855. 
  • Advanced proficiency in: 
  • Microgrid and hybrid power systems modeling tools using HOMER or similar 
  • Power system modeling using ETAP, SKM, or similar 
  • AutoCAD/Revit, Navisworks, Bluebeam, Microsoft Office 
  • Preferred proficiency in: 
  • Transmission-level load flow and stability using PSSE and PSLF 
  • Electromagnetic Transient Simulations using PSCAD, EMTC or similar 
  • SEL Relay Settings using SEL AcSELerator or equivalent 
  • Design of HVDC systems and converter station 
  • Strong understanding of energy storage use-cases including peak shaving, load shifting, demand response, and frequency response. 
  • Highly motivated, proactive, and detail oriented. 
  • Ability to communicate effectively through verbal, written, and visual formats. 

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