Single-axis solar tracking system | ±45° | AI + astronomical control | RS485 / Zigbee | 24VDC | slewing drive actuator

Technical specifications

Type: single-axis solar tracking system
Tracking angle: ±45° (azimuth)
Materials: HDG (hot-dip galvanized steel); Al-Mg-Zn coated steel (high corrosion resistance class)
Control algorithm: astronomical + AI (closed-loop)
Controller: MCU (microcontroller)
Signal transmission: RS485 (wired); Zigbee (wireless)
Type: slewing drive (rotary drive)
Motor: 24 V DC (140–160 W)
AC grid or автономous
Wind resistance: up to 18 m/s

Functions

Real-time solar tracking - the system automatically follows the sun’s trajectory, ensuring maximum energy collection throughout the day
AI + astronomical algorithm - intelligent control allows precise adaptation to real conditions and optimization of performance
High energy efficiency - increases electricity generation compared to static systems (up to ~15–25% more depending on conditions)
Reliable drive system - slewing drive ensures stable and precise module movement
Flexible control - both wired (RS485) and wireless (Zigbee) control options available
Resistance to environmental conditions - robust construction and high-quality materials ensure durability even in harsh conditions

Application

For household users: advanced solutions for individual solar projects, farms, energy-independent homes. Benefits: higher energy generation, faster return on investment, modern solution
For electricians / installers: easy integration with solar modules, option to choose control type (RS485 / Zigbee), reliable mechanical system, simple connection (24V DC motor)
For engineers / designers: solar parks, commercial projects, industrial power plants, advanced energy systems. Ideal for projects where maximum efficiency, automation, and durability are important

Advantages

increases energy generation
AI + astronomical control
reliable slewing drive
corrosion resistant (HDG + Al-Mg-Zn)
flexible control (RS485 / Zigbee)
can operate as an autonomous system
long warranty (10 years for structure)
suitable for large projects

Disadvantages

more complex installation than static systems
higher initial investment
requires maintenance (mechanical parts)
more sensitive to extreme weather conditions