Support structure | Electronic control system | |||
Tracking Type | Horizontal single axis, independent row (multiple rows linkage optional) | Tracking Algorithm | Astronomical algorithm with terrain adaptive reverse tracking, intelligent multi-row joint control | |
String voltage | 1,500 VDC max. | Control Equipment | Microcontroller unit (MCU) + multi-row control, built-in inclinometer and backup battery | |
Component layout | Single row vertical (1P) | |||
Single set of components | Up to 156 single-sided or double-sided modules (depending on module size) | communication | RS485 or LoRa Wireless | |
Drive type | Compound sprocket drive |
| Power supply mode | DC string power supply, battery backup, optional external AC power |
Motor Type | 24V Brushless DC Motor | |||
Bracket and array dimensions | Customized according to site and component size | Operations | ||
Terrain adaptability | North-South slope: 0-20% | |||
Ground Cover Ratio (GCR) | Flexible configuration based on site, typical range 28-50% | |||
Component Support | Framed, frameless, thin film, double glass, heterojunction | Monitoring Platform | Mokun dedicated software system | |
Two-sided optimization | Installation is highly customizable | Structural calculation sheet | Include | |
| Range ±60°, accuracy ±1° | On-site training and system commissioning | Include | |
Operating temperature range | -34℃~71℃ | Daily power consumption | <0.7 kWh/day | |
Component Grounding | The components and the bracket are connected to the ground, and the special installation parts are hot-dip galvanized or magnesium-aluminum-zinc-plated steel, all-metal material, no polymer material | Component cleaning compatibility | Robots, cleaning vehicles, manual labor | |
Standards and certifications | TUV/CE/UL3703/UL2703/IEC62817 | |||
Material | Bearings | Pile foundation form | Precast piles/cast-in-place piles/static piles | |
Allowable wind speed | Up to 225 km/h | |||
Wind protection | The balanced support structure is equipped with multiple strong damping and wind-resistant systems, eliminating the need for complex communication systems and power supplies. Combined with a composite sprocket drive, it can achieve optimal array stability in all wind conditions. | |||
