Discover the future of agrivoltaics with Tryptic Symbios, a groundbreaking solution that transcends the boundaries of traditional solar agriculture
Built on the proven reactive solar technology of Tryptic, Symbios offers a multitude of tailored benefits to meet the diverse needs of modern farming.
Maximum Solar Energy Optimization
Symbios empowers farmers to maximize their solar energy production per hectare. By intelligently closing, it opens up spacious work corridors, allowing the installation of more solar panels and optimizing energy production.
Embedded tracking functionality
Tryptic Symbios single-axis tracking system follows the sun's movement throughout the day, maximizing energy production by up to 15% compared to fixed solar panels.
Smart and Versatile Protection
Beyond weather resilience, Symbios adapts to various agricultural requirements. It can be equipped with taller poles to facilitate livestock passage in pastures, making its usage incredibly versatile.
Adaptability to Agricultural Needs
Symbios can be programmed to align with each specific crop or agricultural scenario. This flexibility ensures precise responsiveness to the farmer's evolving needs, enhancing efficiency and yield.
Enhanced Sustainability and Cost Reduction
Leveraging Tryptic's reactive technology, Symbios ensures efficient use of solar energy, fostering environmental sustainability while reducing energy costs for farmers.
Ease of Installation and Maintenance
With user-friendly interfaces and streamlined maintenance procedures, Symbios offers a hassle-free user experience, ultimately cutting operational costs for farmers.
Optimum working temperatures have a beneficial effect on operating voltage, helping to improve overall energy production. This impact is particularly significant under conditions of high irradiation.
- The article below also explores how the vertical position of solar panels seems to keep their temperature lower, with implications for voltage and other aspects.
With Tryptic Symbios, farmers can harness the full potential of solar energy while optimizing agricultural production, creating a perfect balance between sustainability, yield, and versatility.