Cloud-based Tracker Control System maximizes solar power generation
efficiency and contributes to increased profitability.
TCS (Tracker Control System)
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- TCU(Tracker Control Unit)
- Module adjustment using an algorithm optimized for the sun's path to increase power generation efficiency
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- NCU(Network Control Unit)
- Collects TCU data, transmits control commands, receives data from weather sensors, and provides data to SCADA and HEIS.TCS
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- HEIS.TCS
- Based on TCU and NCU data installed at the power plant, integrated monitoring and control management of the TCS system
TCU (Tracker Control Unit)
All-in-One Controller with built-in logic for Tracker control, enhancing power generation efficiency.
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Advanced Backtracking (3D simulator-based) Support
- Optimizes power generation considering terrain and inter-panel shading
- Customizable settings for diverse terrains and solar environments
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Stable and Efficient Communication Implementation
- Enhanced communication reliability via Zigbee-based encrypted Wireless Mesh Network
- Supports real-time control and monitoring via smartphone app
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Weather Response Stow Mode Switching
- Automatically enters protective mode based on weather conditions like strong winds, floods, or heavy snow
*Stow mode : Mechanism to minimize panel damage during severe weather like hail or heavy snow
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Design optimized for outdoor environments
- Industrial-grade waterproof/dustproof design and wide operating temperature range of -30°C to +60°C
- Robust housing ensures long-term stability
NCU (Network Control Unit)
Collects TCU data at power plant sites, monitors power plants in real time, and supports remote control.
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24/7 Real-Time TCU Monitoring and Control
- Real-time TCU status monitoring via Wireless Mesh Network
- Control for automatic solar panel angle adjustment to maximize power generation efficiency
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Provides high-performance Tracker control algorithms
- Equipped with various algorithms including SPA (Solar Position Algorithm),
Normal Backtracking, and Advanced Backtracking - Utilizes 3D simulators and data for power generation optimization
- Algorithm selection possible based on terrain and seasonal changes
- Equipped with various algorithms including SPA (Solar Position Algorithm),
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Integrated System Support for Weather Change Response
- Change detection and automatic response via dedicated weather sensors
(wind, snow, flooding, etc.) - Hail forecast response utilizing weather data, Stow mode scheduling
- Automatic transmission of Stow commands during emergency situations
- Change detection and automatic response via dedicated weather sensors
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Providing interfaces for external system integration
- Supports Modbus TCP protocol
- Capable of integration with SCADA systems and HEIS.TCS (cloud monitoring system)
- Provides stable external interfaces through redundancy
- Stores history data in remote storage
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Optimized for outdoor installation environments
- Features NEMA 4X-rated enclosure (certified for waterproof, dustproof, and moisture-proof functionality)
- Robust construction suitable for outdoor installation
HEIS.TCS
A cloud-based system developed using the IT capabilities of the Convergence Business Division, providing seamless TCS maintenance and remote control functionality.
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Data History Management Support
- Download operational data for a specific period as an Excel file
- Save and retrieve NCU, TCU, and alarm history data using filtering options
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Remote Control Support
- Tracker Angle Monitoring and Remote Control
- Supports TCU Operation Mode and STOW Mode Settings
- Respond to field conditions via direct control interface
- Verify and modify initial settings for tracking, inclinometer, motor, and battery parameters
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Intuitive UI Design
- Visualize field data (graphs, charts) with an intuitive and powerful UI
- Monitor key status and current conditions by checking daily TCU trends
Mobile App (HEIS.TCU)
- TCU data verification and control functions during power plant field maintenance operations
- Supports TCU settings and alarm status, Stow mode, initialization, and battery status
*Supports iOS and Android
HEIS.NCU
- Monitoring (visualization) of key status based on NCU, TCU, and weather sensor data within the power plant
- Management of TCU configuration information, control and configuration changes for TCUs according to field conditions, and review of operational and alarm history
Competitiveness
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Pre-commissioning
Using DronesGenerate power plant data through drone video capture, minimizing time and reducing costs with fast, accurate pre-commissioning.
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3D Simulator-Based Advanced Backtracking
Using 3D Simulator data, we minimize shadows between panels while optimizing overall power generation efficiency.
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Support for system redundancy to ensure uninterrupted service
TCS maintains continuity by preventing data loss and maximizing system availability.
Related Business
Related Solutions
Green Energy Platform(HEIS 2.0)
An all-in-one energy integration platform optimized for the solar value chain—from power plant monitoring & control to data collection & O&M
SCADA
All-in-One Monitoring & Control System Solution supporting efficient power plant operation and stable grid response