SRP Structures’ Manually Adjustable Tilt Mechanisms are engineered to offer greater control and efficiency in solar panel positioning across different seasons. Designed for ground-mounted and rooftop solar systems, these mechanisms allow users to manually alter the tilt angle of their solar panels to follow the sun’s seasonal path—maximizing energy generation year-round.
Built with high-strength, corrosion-resistant materials, these systems ensure long-lasting durability and are ideal for regions experiencing variable solar angles throughout the year. Their adjustable nature enhances overall system performance without requiring complex automation, making them both cost-effective and user-friendly. Whether for residential, commercial, or agricultural installations, SRP’s tilt mechanisms provide the flexibility needed to optimize output while ensuring structural reliability.
Manually adjustable tilt mechanisms allow PV power plant staff to adjust the tilt angle of PV arrays by hand to certain degrees easily and within minutes to increase the amount of solar radiation falling on the array surface.
The mechanisms work with integration of simple mechanical lifting devices like scissor jacks or perforated mounting brackets to PV mounting structures.
Considering a car weighing more than 1 Ton can be lifted easily with a jack, the angle of inclination of the PV arrays with an average weight of 20–25 kg/module can also be changed with jack-like systems. With a short training, present power plant staff can handle the tilt adjustment.
Another compelling reason for disregarding labour costs is that tilt adjustments can be performed alongside routine dust removal, particularly in regions near deserts or areas prone to heavy dust accumulation. This integration eliminates the need for additional expenses.
