Utility-Scale Ready
Designed for large photovoltaic plants with scalable architecture, long row configurations, and predictable installation workflow.
Autonomous Solar Tracking Platform
Solar Tracker System (HSAT) for Utility-Scale Photovoltaic Projects
Soldrive Core is a horizontal single axis tracker (HSAT) engineered for EPC contractors, energy developers, and utility-scale solar plants. Autonomous operation, structural reliability, and smart control logic in one robust platform.
Autonomous Li-ion powered systemUp to 70 m row lengthEngineered for EPC deployment
±60°Rotation range
Up to 70 mMaximum row length
Up to 39 kWpPer tracker row
Designed for real EPC requirements
- Autonomous Li-ion power architecture
- Industrial slew drive and robust steel members
- Closed-loop smart controller logic
- Dynamic stability enhancement with dampers
- Compliance-oriented engineering approach
Commercial Positioning
Built for Real-World Solar Projects
Soldrive Core is not a conceptual tracker. It is a field-ready solar tracking system designed for real EPC execution, efficient deployment, and long-term operation in demanding photovoltaic environments.
Autonomous Operation
Powered by an integrated Li-ion system, reducing dependence on external auxiliary infrastructure and simplifying deployment.
Engineered for Reliability
Structural steel members, industrial components, and optimized mechanical behavior support long-term durability and stable field performance.
Technical Data
Technical Overview
A horizontal single axis tracker designed for precise solar tracking, mechanical stability, and efficient energy harvesting in utility-scale photovoltaic systems.
Tracker TypeHorizontal Single Axis Tracker (HSAT)
Rotation Range±60°
Tracking Accuracy1°
Nominal Movement Speed0.15°/s
Maximum Row LengthUp to 70 m
PV Modules per RowUp to 60
Installed Capacity per RowUp to 39 kWp
Support Spacing5–7 m
Safe Stow Position0° horizontal
Controller Consumption≤0.1 kWh/day
Engineering Value
Engineering Architecture
Soldrive Core integrates mechanical, structural, and control engineering into a unified solar tracking platform optimized for stability, efficiency, and field reliability.
Structural Steel System
Engineered around galvanized C180 / IPE160 structural members for rigidity, durability, and repeatable performance in demanding solar environments.
Dynamic Stability Control
Dual dynamic dampers and optimized structural response contribute to controlled behavior under wind-induced and dynamic loading conditions.
Industrial Drive System
Industrial slew drive architecture and ZA120A bearings support dependable movement, repeatable positioning, and long-span operation.
Structural Behavior
Dynamic Stability & Structural Control
Designed to maintain controlled movement and structural integrity under dynamic wind loading conditions, ensuring predictable behavior and long-term system reliability.
Dual Dynamic Dampers
Integrated dual dynamic dampers support improved oscillation behavior and structural stability under dynamic loading scenarios.
Industrial Slew Drive
Heavy-duty slew drive architecture supports controlled movement, repeatable positioning, and dependable operation throughout the tracker lifecycle.
ZA120A Bearings
Selected bearing configuration supports long-span operation with dependable mechanical performance and optimized structural response.
Intelligent Operation
Smart Tracking & Control System
The integrated TCU enables precise solar tracking with intelligent control algorithms, reduced energy demand, and reliable real-time feedback for autonomous operation.
- Astronomical tracking
- Tilt sensing
- Backtracking logic
- Closed-loop feedback
- Low daily energy consumption
- Autonomous field operation
Use Cases
Applications
Soldrive Core is designed for energy projects where performance, reliability, and scalability are critical across modern solar development and EPC execution.
Utility-scale solar farms
EPC solar projects
Independent power producer developments
Agrivoltaic solar installations
Photovoltaic plants requiring autonomous tracking architecture
Projects prioritizing mechanical robustness and smart control logic
Standards & Quality
Compliance & Engineering Standards
Designed in alignment with international standards for structural integrity, wind loading, steel design, module compatibility, and galvanization quality.
IEC/TS 62727:2012IEC 61400-1EN 1991-1-4EN 1993-1-1IEC 61215EN ISO 1461
Project Visuals
Field Installations
Real-world deployment environments demonstrating integration into utility-scale and agricultural solar projects.
Downloads
Technical Brochures
Download the Soldrive Core technical brochures in English and Greek for project evaluation, internal review, and commercial discussions.
Technical Brochure (EN)
Download the English technical brochure for Soldrive Core, including product overview, key specifications, and engineering highlights.
Technical Brochure (GR)
Download the Greek technical brochure for Soldrive Core, including product overview, key specifications, and engineering highlights.
Commercial Contact
Request a Quote
Contact our engineering team for project evaluation, technical specifications, and commercial proposals tailored to your solar installation.
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Solar Tracking System for EPC and Utility PV
Soldrive Core is a solar tracker system designed for EPC contractors and utility-scale photovoltaic plants. As a horizontal single axis tracker (HSAT), it supports increased energy yield while maintaining structural stability, autonomous operation, and efficient field execution.