- //engmag.in/wp-content/uploads/2019/07/Solar-Tracking-Control-in-Solar-Energy-Sector-300×170.jpg” alt=”solar tracking system, Solar Tracking Control, Solar energy sector” width=”300″ height=”170″ />A study of Oxford University researchers claims that by 2027, the global share of solar energy would reach up to 20 percent; almost 8 times higher than its present share which is only 1.5 percent. And, India is one of the top beneficiaries of this growth trend. In 2016, India strives vehemently for clean energy; the country becomes the world’s fourth largest solar market, beating Germany, United Kingdom (UK), and France in a close contest. Technology emerges as the driving force for this overwhelming transition, and solar tracking becomes the game changer.
- Usually, in flat-panel PV systems, trackers reduce the angle of incidence between the sunlight and PV panel.The //www.sciencedirect.com/topics/engineering/rotation-axis”>rotation axis can be horizontal axis tracking, vertical axis tracking, polar tracking, and two axis mount tracking. This results in higher energy production from the existing solar power generating capacity, even in the peak hours of the day.Blessed with this revolutionary technology, the solar energy sector is emerging as the best renewable energy option in present times.
- High precision data manipulation to accurately calculate solar position
- Serial communications and networks allow for fast time synchronization, maintenance and monitoring of the tracking station
- Precise inclinometer reading for accurate array positioning
- Inputs for monitoring excessive wind and temperature at installation
- Dedicated VFD protocol forcontinuous panel movement monitoring
- Simplified tracker programming
- Reduced tracker downtime during maintenance