1P Advanced Tracker Solar Tracking System Companies

1P Advanced Tracker Solar Tracking System Companies

For Complex Terrain & Maximum Yield: Our advanced 1P single-axis solar tracker excels on challenging landscapes, adapting to 20% north-south slopes where others fail. Engineered with a robust, multi-point drive structure (20% stiffer than traditional designs) and AI-powered tracking algorithms, it intelligently optimizes panel angles using real-time weather data and terrain mapping, increasing energy production by up to 8%. Its modular design simplifies installation on irregular ground, large flat sites, or agro/fishery-PV projects, while the IP65-rated components ensure reliable, long-term performance in harsh environments including high corrosion and typhoon zones.

$311.59

Ex Tax: $311.59

Tags: solar tracking system companies , single axis solar tracker , 1P solar tracker , AI solar tracking , terrain adaptive tracker , ground mount solar tracking , photovoltaic tracker , solar tracker companies , advanced tracking system , solar tracking solutions

Features

Optimize solar energy on any terrain. Our intelligent 1P single-axis tracker adapts to 20% slopes, boosts output by 8% with AI, and withstands extreme wind/corrosion. Simplified installation for irregular land & large plants.

Superior Terrain Adaptability

Conquer complex landscapes effortlessly. This single-axis tracking system uniquely accommodates slopes up to 20% in the north-south direction, unlocking previously unusable or challenging land for high-yield solar farms, maximizing site potential where others struggle. Ideal for rolling hills and uneven ground.

AI-Powered Yield Optimization

Experience up to 8% higher energy harvest. Advanced algorithms analyze real-time weather patterns and complex cloud cover data, dynamically adjusting panel angles beyond basic astronomical tracking. This intelligent strategy ensures peak power generation every day, even during variable overcast conditions.

Enhanced Structural Rigidity

Built for extreme resilience. Our multi-point drive technology significantly increases the system's natural frequency and structural stiffness by 20% compared to single-point drives. This engineering excellence translates to superior wind resistance and long-term durability in typhoon-prone or high-wind regions.

Streamlined Push-Rod Installation

Faster setup and lower costs. The push-rod drive mechanism simplifies assembly compared to slewing drives. Eliminates the need for complex internal string spacing, improves tracker aerodynamics for better wind performance, and facilitates easier panel cleaning, reducing ongoing O&M expenses.

Flexible & Efficient Land Use

Maximize utilization of irregular plots. The independent single-row (1P) design contours closely to the ground's profile, significantly boosting land usage efficiency on uneven terrain. Easily adapts installation capacity (up to 90 modules/tracker) to fit site constraints.

Advanced Real-Time Control & Monitoring

Precision tracking and remote management. Utilize GPS time control combined with tilt sensors (±2° mechanical/c.tracking accuracy) and LoRa/Zigbee/RS485 communication. Monitor system health, performance, and positioning remotely for optimal operation and quick diagnostics.

Robust Environmental Endurance

Engineered for harsh global operation. Certified for extreme conditions with IP65 weatherproofing, operating temperatures from -40°C to +70°C, and proven resistance to high corrosion. High-grade materials (HDG steel, Al-Mg-Zn) ensure longevity.

Reduced Opex & LCOE Advantage

Lower lifetime costs for more profit. Features like DC string power supply + optional lithium backup minimize auxiliary power needs. High yield, simplified cleaning, and durable design all contribute to reducing the Levelized Cost of Energy (LCOE).

Superior Shadow & Sunrise/Sunset Management

Harvest more marginal light. Intelligent control strategies minimize shadowing effects between rows at low sun angles during dawn and dusk. Eliminates energy loss due to pile height variations, capturing valuable extra minutes of generation daily.

Application

It Is Suitable For Various Power Plant Projects, Especially In Power Plant Projects With Irregular Land.

Smart solar tracker for mountainous terrain: Adapts to 20% slopes with AI control boosting 6% energy output

Adapts to 20% slopes, AI control boosts 6% output

Sandstorm-proof solar tracking system: Wireless communication optimizes desert energy efficiency

Wind/sand resistance + wireless comms for desert efficiency

IP65-rated coastal solar system: Salt corrosion resistance + tidal adaptability

IP65-rated protection + tidal adaptability for coastal zones

Modular solar solution for irregular industrial sites: AI control + flexible configurations

Modular flexibility + AI control for complex industrial sites

Agri-PV vertical array system: Balances crop growth and solar efficiency

Single-row vertical arrays for crop-light balance

Technical Specs

Features

● Installation is more convenient

● Customized quick control system debugging system

● AI intelligent control system can increase production capacity output by 6%

● The north-south slope can be adapted to 20%

● Higher utilization rate of irregular land

● DC string and lithium battery backup power supply, reducing LCOE cost

Mechanical Aspect

Number of Tracker Drive Modules	1X90	Material	Hot-dip Galvanized Steel + Aluminum-Magnesium-Zinc Plate + Pre-Galvanized
Number of Motors Per Tracker	1	East-west Land Slope	Unlimited
Tracking Range	±60°	Module Arrangement	Single Row Vertical
North-south Land Slope	＜20%	Foundation Form	Static Pressure Pile, Cement Precast Pile, Concrete Foundation
Mechanical Tracking Accuracy	±2°	Standard Wind Speed	＜47m/s，3 Seconds Gust (Customizable)
Protection Wind Speed	18m/s	Ground Clearance	＞500mm (Customizable)
Land Occupation Rate	0.3	Grounding Method	Self-Grounding

Electrical Aspect

Drive Way	Rotary Drive	Motor Protection	Overheat Protection, Overcurrent Protection, Self-Locking Protection
Motor Power	150W	Limit Protection	Mechanical Limit + Motor Hard Limit + Soft Limit
Flat Time	＜8 Minutes	Control Mode	Independent GPS Time Control + Tilt Sensor Hybrid Control
Controller	MCU	Power Consumption	< 0.08kWh/Day
Control Tracking Accuracy	＜2°	Power Supply	String Power Supply / External Power Supply
Protection Level	IP65	Communication Method	RS485 Modbus Agreement
Operating Yemperature	-40-+70℃	Signal Transmission Method	Wired/Wireless Optional

Global Client Testimonials

Real Feedback from 100+ Countries

From 2013, We Working with GraceSolar for Dozens of MW Projects,

- Moira ( Managing Director )

GraceSolar Design is Very Standard and Safe, Along with Good Performance,Application and Time-efficient Fill with Technology. During Projects Executin, We Found GraceSolar Very Strict on Projects Schedule and Process. Also Would Like to Take Much Time to Study Our Requirements, and Feedback Perfect Service,We Very Satisfy and Respect This Way of Work.

- Francis ( Program Manager )

Customized Accounts Service,GraceSolar Leads Market with Best Quality Solution and Proffessional Service.

- savio ( Owner )

Project Portfolio

15-year expertise | Serving 100+ countries | 48GW+ installed globally. From deserts to polar zones, we deliver AI-driven trackers, ground/roof/carport/farm solutions, powering Fortune 500 partners with TUV/JIS/CE-certified tech.

Global Certifications

15-year expertise | Validated in 100+ countries. Full compliance with ISO 9001/14001/45001, CE/TUV/JIS/UL, Australian CEC, and wind tunnel tests, ensuring seamless market access from Asia to EMEA.