Single Axis Tracker System
SolarGik single axis tracking systems use intelligent algorithms and adaptable structures with shorter table length to accommodate more complex land areas and slopes up to 30%.
Benefits of our Ground Mount Solar Trackers
Slopes up to 30%
SolarGik’s trackers work seamlessly on slopes up to 30%, allowing installations on irregular sites and around obstacles without costly and extensive civil work.
Enhanced Energy Output
With the shortest 6–24 panel rows, SolarGik maximizes power density on challenging terrains, offering precise tracking that outperforms longer rows.
Precise Tracking
A cutting-edge algorithm integrates onsite weather sensors with satellite forecasting for unmatched tracking precision.
Cost Reduction
SolarGik trackers, with their innovative 2-landscape design, are 20–25% lighter than other trackers, reducing costs.
Bifacial Optimization
The 2-landscape setup minimizes rear shading by up to 7%, boosting bifacial panel energy generation and overall asset performance.
Versatile Tracking Solutions
SolarGik’s systems fuse intelligent tracking algorithms, adaptable structures, and high-density design to overcome modern solar challenges: land scarcity, grid congestion, high capital expenses, and changing market dynamics.
Choose SolarGik to unlock unmatched versatility and profitability for your solar projects.
Unlock Challenging Terrain
Slopes up to 30%, eliminate earthwork, build up to 15’ (5m) height.
With short tracker tables, SolarGik offers a fundamentally improved design that enables installation on steep slopes and complex terrain without costly grading.
Increase Power Density
Unlike traditional long-row trackers, SolarGik’s modular design (8–24 panels) can fill every corner of asymmetrical and oddly shaped sites at lower cost, thereby increasing installed capacity.
By maximizing land use and enabling design flexibility, SolarGik makes projects financially viable on constrained or expensive land.
Maximize Energy Yield
Tailored smart tracking algorithms and site control.
SolarGik’s integrated advanced software and unique shorter 2-in-landscape tracker design enable higher tracking accuracy. With multiple independent shorter tables in a row, SolarGik’s site control optimizes energy yield, reduces shading, and enhances bifacial performance.
Structural & Mechanical
| Architecture | 2-in-Landscape Tracker length: 8–24 modules Tracker height: 1.3 m – 5 m / 4.2 ft – 16.4 ft |
| Tracking Range | -60° to +60° (increased range optional) |
| Integrated Drive Unit | Grid powered (low voltage DC) / Self-powered with battery back-up |
| Drive Type | Stepper motor with three-gear cascade |
| Total Weight | 9.5 kg / 21 lbs |
| Foundations | Compatible with all foundation types |
| Materials | Pre-galv steel, HDG steel, and other coatings as required |
| Slope-N-S | up to 30%,E-W: any slope |
| Ground Coverage Ratio (GCR) | Typical range 30–65% |
| Wind Speed | ASCE 7-22 Standard operating wind load: 170 kph / 105 mph (3-sec gust) Special design up to: 240 kph / 150 mph (3-sec gust) |
| Wind Protection | Automatic stow |
| Tracking Accuracy | 2° |
| Operating Temperature | -25°C to +50°C / -13°F to 122°F |
Tracker & Site Control
| Tracker Controller | Individual tracker control module electronics & embedded software |
| Site Control | Central and zone controllers |
| Communication | Wi-Fi 2.4 GHz, Wi-Fi Mesh, Ethernet between central and zone controls |
| Tracking Method | Astronomical algorithm, backtracking, smart backtracking, and diffuse optimization |
| SolarGik SCADA System – SOMA | SolarGik SCADA system with web-based monitoring and control platform, optional Agri-PV control interface |
| SCADA Interface | SOMA site control, optional Modbus API to third-party SCADA |
| Sensors | Standard: irradiance, wind speed, PTZ camera viewable via SOMA Optional: wind direction, snow sensor |

