SurgeTrack TCU Agri-Solar

Description

Product Overview

The SurgeTrack TCU Agri-Solar is a specialized solar tracker control unit designed for agrivoltaic systems that integrate photovoltaic power generation with agricultural cultivation on the same land. Unlike conventional tracking controllers focused primarily on maximizing electricity output, this intelligent controller helps balance solar harvesting with crop growth requirements through adaptive panel positioning and flexible operating modes.

Designed for diverse agricultural environments, the controller supports seasonal tilt optimization, dynamic shading management, and coordinated solar tracking to help maintain suitable light conditions for crops while improving PV system performance. Its row-level control architecture, self-forming mesh networking, and multiple protection functions make it suitable for large-scale agrivoltaic installations, including vineyards, vegetable farms, berry cultivation areas, and other dual-use agricultural projects.

Developed by Shanghai SolarSurges Technology Co., Ltd., an AI-driven innovator in solar tracking control systems with over 10 years of industry expertise and proprietary patents, the SurgeTrack TCU Agri-Solar combines intelligent control algorithms with reliable hardware for demanding outdoor applications.

Key Product Features and Advantages

1. Intelligent Solar Tracking for Higher Energy Yield

• Dynamic Panel Positioning: Adjusts solar panel angles throughout the day to improve sunlight exposure and support higher energy production than fixed-tilt installations.

• Seasonal Tracking Adaptation: Enables tilt-angle optimization according to seasonal sunlight conditions and agricultural growth cycles.

• High Tracking Accuracy: Provides tracking accuracy of less than ±1° with a tracking range of -60° to +60°.

• Flexible Motor Control: Supports brushed and brushless motors, with adjustable motor speed to accommodate different tracker designs.

2. Crop-Aware Shading Management

• Adaptive Shading Control: Helps balance solar energy generation with crop light requirements through adjustable panel positioning.

• Flexible Tracking Strategies: Supports partial tracking and fixed-angle operation to accommodate different agricultural scenarios.

• Agricultural Operating Mode: Includes a dedicated Farm mode for agrivoltaic operating requirements.

• Dual-Land Utilization: Supports the integration of solar power generation and crop cultivation within the same land area.

3. Water Conservation and Sustainable Agriculture

• Microclimate Management: Strategic panel positioning can create shaded areas that help reduce direct solar exposure and soil moisture loss under suitable site conditions.

• Irrigation System Compatibility: Can be integrated into agrivoltaic projects that use solar-powered irrigation systems, subject to overall system design.

• Agricultural Resource Optimization: Helps project developers coordinate solar tracking strategies with crop cultivation and water management requirements.

4. Reliable Operation in Harsh Outdoor Environments

• IP67 Protection: Designed to provide protection against dust ingress and temporary immersion under specified test conditions.

• Wide Operating Temperature: Supports ambient temperatures from -35°C to +60°C.

• Multiple Power Options: Available in self-powered and string-powered configurations to accommodate different tracker system architectures.

• Low Daily Energy Consumption: Typical specified daily consumption is 0.05 kWh/day.

• Battery Backup: The self-powered configuration supports a LiFePO4 battery for energy storage and reliable controller operation, subject to system configuration.

5. Flexible Networking and Convenient Commissioning

• Multiple Communication Options: Supports Sub-1GHz, LoRa mesh, RS485, and Bluetooth communication options.

• Modbus RTU Protocol: Facilitates integration with compatible tracking control and monitoring systems.

• Self-Forming Mesh Network: Supports automatic network formation without requiring individual TCU configuration.

• Multiple Debugging Interfaces: Supports commissioning and troubleshooting through PC, mobile devices, or an NCU.

• Multiple Operating Modes: Provides Auto, Fault, Night, Fixed Angle, Heavy Rain, Strong Wind, Heavy Snow, Maintenance, Stop, and Farm modes.

6. Integrated Protection and Weather Response

• Electrical Protection: Supports overcurrent, overvoltage, and undervoltage protection.

• Night Return: Supports returning panels to a designated night position according to system settings.

• Backtracking: Supports backtracking functionality to help mitigate inter-row shading in compatible tracker configurations.

• Wind Protection: Optional, requiring a compatible anemometer.

• Snow Protection: Optional, requiring a compatible snow depth sensor.

• Rain Response: Optional rain-related functionality, requiring a compatible rain gauge.

Technical Specifications

Basic Parameters

Battery Parameters

Battery specifications apply to the relevant battery-equipped configuration. Please confirm the selected power supply option and battery arrangement before ordering.

Tracking and Control Parameters

Protection Functions

Typical Applications

The SurgeTrack TCU Agri-Solar is suitable for agrivoltaic projects that require coordinated management of solar energy production and agricultural land use.

• Vegetable Cultivation: Supports adaptive shading strategies for crops with specific light requirements, including leafy vegetables.

• Vineyards and Orchards: Helps coordinate panel positioning with crop growth and sunlight distribution.

• Berry Farms: Enables flexible tracking strategies to help manage exposure to intense sunlight.

• Large-Scale Agrivoltaic Power Plants: Provides row-level tracker control with mesh networking capabilities.

• Solar-Powered Agricultural Facilities: Supports integration into projects combining photovoltaic generation, agricultural machinery access, and compatible irrigation systems.

• Water-Conscious Farming Projects: Helps manage shading and potential soil moisture conservation through site-specific tracking strategies.

Actual crop performance, shading benefits, energy yield, and water savings depend on crop species, array geometry, climate, installation design, and operating strategy.

Why Choose SurgeTrack TCU Agri-Solar?

Intelligent Control Technology

AI-driven development expertise and proprietary tracking control technology support continuous innovation in solar tracking hardware and software.

Reliable Outdoor Performance

IP67 protection, a wide operating temperature range, and configurable electrical and weather protection functions support demanding field environments.

Flexible System Integration

Multiple power supply options, communication interfaces, Modbus RTU, and self-forming mesh networking help accommodate different project requirements.

Application-Oriented Solutions

The dedicated Farm mode and flexible panel positioning capabilities support the specific operational needs of agrivoltaic installations rather than focusing exclusively on electricity production.

Experienced Technology Partner

Shanghai SolarSurges Technology Co., Ltd. combines expertise in power electronics, embedded systems, AI algorithms, and communication engineering. Its solar tracking control units have been deployed across more than 30 PV plants within four years, demonstrating practical experience in photovoltaic tracking applications.

Ordering and Customization Information

To identify the appropriate controller configuration for your agrivoltaic project, please provide the following information:

• Required power supply: self-powered or string-powered

• Tracker structure, motor type, and operating voltage

• Preferred communication method and network architecture

• Agricultural crop type and required shading strategy

• Site temperature range, altitude, and weather conditions

• Required wind, snow, or rain protection functions

• Preferred battery capacity and small PV panel configuration, where applicable

• Project quantity and integration requirements

The power supply configuration, communication options, sensor requirements, and PV panel capacity should be confirmed with the technical team before purchase.

Contact Us

Looking for an intelligent controller for an agrivoltaic project? Contact Shanghai SolarSurges Technology Co., Ltd. to discuss tracker compatibility, configuration options, communication requirements, and project-specific control strategies.

Choose the SurgeTrack TCU Agri-Solar to support the coordinated operation of photovoltaic generation and agricultural cultivation with flexible tracking control and reliable outdoor performance.