Airavat 1P

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1P — Horizontal Single-Axis Tracker

Airavat 1P 1/3

Airavat 1P

Airavat 1P is a horizontal single-axis tracker (1P-HSAT) engineered for reliable performance, structural stability, and optimized energy generation across utility-scale and AgriPV projects. Its material-optimized architecture and distributed multi-drive design provide balanced load distribution and enhanced structural resilience, while rigorous engineering and quality-assurance processes ensure dependable operation across demanding site conditions. The advanced control system combines astronomical tracking with adaptive backtracking to optimize module orientation, maximize sunlight capture, and minimize row-to-row shading throughout the day. Designed for efficient deployment and long-term performance, Airavat 1P is backed by Sunchaser’s complete in-house manufacturing capabilities and proven experience with over 1.8 GW of structures delivered globally.

1P Horizontal Single-Axis

  • Distributed Multi-Drive
  • Adaptive Backtracking
  • Utility-Scale & AgriPV
  • 1.8+ GW Delivered
  • Tracker Type: 1P - Horizontal Single-Axis Tracker (1P-HSAT)
  • Drive Strategy: Distributed Multi-Drive & Lock
  • Drive Motor: 24V geared DC motor (optional: 400V 3-Phase AC motor)
  • Power Input: DC-String Power / Self-Power Module / Auxiliary AC Power
  • Foundations: C-Pile, Earth screw, Concrete (In-Situ Cast)
  • Operating Temperature: −20° to +70°C
  • Tracker Length: 26 up to 180 modules per row
  • Operating Angle: ±60° / ±50°
  • Module Types: All Commercially Available
  • Stow / Night Position: 0° to 5°
  • Wind Protection (3-sec gust): Up to 180 km/h in Stow Position (50 m/s)
  • Cleaning Position: 45° (configurable)
  • Ground Slope: Along length up to 10% · Between rows up to 20%
  • Design Principles: Eurocode 0 (Basis Design), Eurocode 1 (Actions on Structures), Eurocode 3 (Design of Steel Structure) · EU Machine Directive 2006/42/EC
  • Corrosion Resistance: C3 / C4 / C5
  • Materials Specification: HDG / Magnelis ZAM / Galvalume
  • Controller Strategy: Independent on each tracker
  • Table Control Unit: Time, GPS, Bi-Directional
  • Tracking Algorithm: Astronomical Algorithm (AA)
  • TCU Communication: Wireless - LoRa (optional: Modbus / ZigBee)
  • Monitoring System: ChaseX - Web / Cloud-based (on subscription)
  • Sensoric: 1 tilt sensor per tracker · anemometer · snow or flood sensor
  • Tracking Accuracy: ≤ 2°
  • Closed-loop, self-manufactured controllers for precise sun-following and localised optimisation.
  • Single module in portrait (1P) — horizontal single-axis tracking
  • Distributed multi-drive design, validated by advanced wind-tunnel testing
  • Standard tracking with adaptive backtracking — astronomical algorithm, ≤2° accuracy
  • ±60° operating angle; auto-stow up to 180 km/h (3-sec gust) in storm position
  • Variable table length — 28 up to 180 modules per row
  • Self-powered, LoRa-based control system — independent on each tracker

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