Agri voltaic Single-Axis Trackers: DayChase

The 2P Tracker is a cutting-edge solution designed to optimize the use of agricultural land by integrating it with solar power generation while supporting ongoing agricultural activities. This system offers a dual benefit—providing renewable energy through solar panels and enabling farming or livestock activities to continue beneath the panels

Agri-PV trackers are a Sunchaser—boosting energy production, enhancing crop yields, conserving water, and providing farmers with additional income streams. They're not just a trend; they're the future of sustainable farming and energy.

  • Solar Tracker Design: The solar trackers are installed with a height of 9.6 meters (31 ft), allowing for safe passage of large machinery like tractors and pesticide sprayers underneath. This setup ensures that the land can still be used for farming while also harnessing solar energy.
  • Agricultural Compatibility: The height of 2.6 meters (8.5 ft) beneath the solar panels allows for safe livestock movement and agricultural machinery to operate below.
  • Safety & Efficiency:

The safe module height protects the solar panels from electrical safety issues and reduces the risk of theft.
It also ensures the easy passage of large machinery, such as pesticide sprayers and other farm equipment.
Benefits:

Ground Utilization >85%: The design allows over 85% of the land to still be used for agricultural activities, maximizing land efficiency.
Generation Gain >15%: This system increases energy production by more than 15%, as the solar panels are optimized to capture more sunlight.
Capex Increase ~8%: The overall capital expenditure required to implement this system increases by approximately 8%, but the benefits outweigh the cost with higher energy output and land efficiency.

Static Analysis

FEA & Staad analysis as per IS & ASTM code. We also undertake joint analysis.

Life Cycle Tests

Vigorously testing expected life, wear cycles, load capacity, environment effects for drive parts.

Dynamic Analysis

Aro-elastic wind instability analysis. Full-scale validation of aerodynamic stiffness and damping as a function of wind speed.

Fail Safe Engineering

Adaptive & rouged configuration to sustain installation errors, terrain/foundation changes, earthquake, O&M negligence, maintenance need at remote location.



Independent Row Design (1P/2P) – Offers flexibility in system layout, making it suitable for various terrains and site conditions.
Multi-Point Drive Tracker – Ensures smooth and synchronized movement for optimized solar energy capture.
Seasonal Tilt Adjustment – Enhances power generation efficiency by adapting to seasonal sun angles.
Robust & Maintenance-Free Structure – Engineered for long-term durability with minimal upkeep.
Indigenous Manufacturing – Tracker parts & control units are designed in-house, ensuring reliability and seamless after-sales support.