Leading Technologies

Arctech has achieved numerous pioneering technological breakthroughs in the industry and has actively advanced the application of scientific research over the years.

Unleashing Efficiency and Performance!

Slew Drive

Synchronous Multi-Point Drive Mechanism: Ensures coordinated movement of the tracking system to achieve optimal solar alignment.

Structure

Triple D Torque Tube: Delivers enhanced structural strength and stability. Its design increases resistance to bending and torsion, ensuring the system remains robust under heavy loads and extreme weather conditions. This results in improved durability, reliability, and optimal performance throughout the system’s lifespan.

Wind Tunnel

Numerical Wind Tunnel (CFD-Based): Utilizes computational fluid dynamics (CFD) to simulate and analyze wind effects on structures.
Wind Engineering Technology: Examines the interaction between wind and the solar tracking system to enhance structural integrity.

Control System

Tracking control strategy on a real terrain:

Analyzes terrain undulation and tracker layout.
Optimizes the backtracking algorithm.
Prevents shading between arrays and maximizes light collection.

Control Strategy for Parameter Sharing with Inverters

Utilizes real-time IV characteristics of PV arrays as feedback signals to implement an AI-driven tracker control strategy.
Evaluates PV module/string energy yield performance using Pyranometer and Albedometer data.

Alogrithm

Iterative Evolution of AI Algorithms:

Arctech continuously expands its data volume by accumulating long-term operational parameters and environmental data. Leveraging big data analytics and deep learning algorithms, its AI-driven solar tracking solutions undergo continuous iteration and enhancement, providing intelligent tracking to maximize energy generation.

SCADA

Next-Generation Tracker-SCADA with IoT-Based Sensing Network Technology

Enables remote, wireless, and real-time monitoring of environmental parameters and equipment operation.
Enhances asset management efficiency while reducing operational manpower and time costs.

SCADA and Operation & Maintenance Recommendations

Tracker-based SCADA (Supervisory Control and Data Acquisition) actively provides operation and maintenance (O&M) recommendations to both local and remote O&M staff. These include:

Routine inspection recommendations.
Alerts for abnormal performance.
Replacement recommendations.
Warnings of insufficient spare parts.

Arctech’s Second-Generation Al-powered Control Technology

Enables the PV power plant to obtain up to 8% of additional energy yield.

Backtracking Strategy

Increase Power Generation by 0-6%

Conduct an in-depth analysis of the topography and the tracking system layout
Optimize the Backtracking Algorithm
Avoid shadowing between arrays and maximize the utilization of solar irradiation

Cloud Strategy

Increase Power Generation by 0.5-2%

Set up meteorological database to obtain real-time data
Acquire real-time cloud images and project cloud of the PV power station
Recognize the projection area and identify different tracking methods used in different regions

New-generation Tracker-SCADA IoT-based Sensing Network Technology

Enables users to monitor various environment parameters and operation status of key equipment remotely and wireless in real time, significantly improving the asset management efficiency, reducing manual operation, decreasing time cost and increasing power generation.