A Solar Tracker is a device that helps solar panels follow the sun throughout the day, much like a sunflower turns to face the sun. It's an important piece of equipment in solar energy projects that helps get more power from solar panels by keeping them pointed at the best angle toward the sun. Think of it like an automatic adjustable stand for solar panels. Companies often mention this technology when they want someone who understands how to install, maintain, or improve these systems. You might also see it referred to as a "PV tracker" or "photovoltaic tracking system."
Managed installation of 500kW solar farm with Solar Tracker systems
Optimized energy production by maintaining Solar Trackers and PV Trackers across 20 sites
Led team of technicians in troubleshooting Solar Tracking Systems for utility-scale installations
Typical job title: "Solar Tracker Specialists"
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Q: How would you approach optimizing a large solar field's tracking system performance?
Expected Answer: A senior specialist should discuss monitoring systems, maintenance schedules, weather considerations, and how to balance energy production with equipment wear and tear. They should mention experience with different tracking technologies and troubleshooting methods.
Q: What factors do you consider when designing a solar tracking system for a new site?
Expected Answer: Should explain site assessment, including land topology, weather patterns, wind loads, soil conditions, and how these affect tracker selection and installation. Should also discuss ROI calculations and maintenance planning.
Q: What are common maintenance issues with solar trackers and how do you address them?
Expected Answer: Should be able to discuss routine maintenance procedures, common mechanical and electrical issues, and preventive maintenance strategies. Should mention experience with different brands and troubleshooting methods.
Q: How do you ensure safety when working with solar tracking systems?
Expected Answer: Should discuss safety protocols, proper lockout/tagout procedures, working at heights, electrical safety, and team coordination during maintenance or installation.
Q: What are the basic components of a solar tracking system?
Expected Answer: Should be able to identify and explain the main parts: motors, controllers, sensors, mounting structure, and basic understanding of how they work together.
Q: Why are solar trackers used and what are their benefits?
Expected Answer: Should explain how trackers increase energy production by following the sun, understand basic efficiency improvements, and know the difference between single and dual-axis tracking.