2 MW Single Axis Smart Solar Tracking System with Slewing Drive Ground Mount One Axis Solar Panel Tracker

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2 MW Single Axis Smart Solar Tracking System with Slewing Drive Ground Mount One Axis Solar Panel Tracker

Name: 2 MW Single Axis Smart Solar Tracking System with Slewing Drive Ground Mount One Axis Solar Panel Tracker
Brand: Xiamen Kseng Metal Tech Co., Ltd.
SKU: 1600992518966_1
Price: 80.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Solar Energy Optimization: Equipped with a single-axis smart tracking system and slewing drive mechanism, this 2 MW solar tracker maximizes sunlight capture by adjusting panel angles throughout the day.
Ground Mount Stability: A durable metal frame (steel/aluminum) ensures robust installation on diverse terrains, enabling easy maintenance and scalable energy generation.

Key features

1. Corrosion-Resistant Metal Frame

With a corrosion-resistant metal frame, you can ensure long-term durability in outdoor environments*. The steel/aluminum construction withstands harsh weather and ensures stable, low-maintenance performance compared to conventional plastic or uncoated frames.

2. Smart Single-Axis Tracking Technology

With smart single-axis tracking technology, you can optimize energy capture by aligning panels with the sun’s path*. The slewing drive mechanism improves efficiency by up to 20% compared to fixed solar systems*.

3. High-Power 2 MW Output Capacity

With a 2 MW output capacity, you can generate significantly more energy compared to smaller systems*. Ideal for commercial-scale installations, this system meets large energy demands while maintaining operational reliability.

4. Adaptable Frame Design for Diverse Environments

With an adjustable frame design, you can adapt to diverse installation environments, from urban rooftops to open fields*. The tilt angle and ground-mount configuration maximize sunlight absorption in limited or expansive spaces.

5. Compliance with European Safety & Environmental Standards

With CE, TÜV, and EPR certifications, you can ensure compliance with stringent European safety and environmental standards*. This guarantees product quality and ease of deployment in regulated markets like Germany and France.

Product details

The 2 MW Single Axis Smart Solar Tracking System combines advanced photovoltaic technology with a durable steel/aluminum frame to maximize energy efficiency. Designed for ground-mounted installations, this system features a slewing drive mechanism for precise single-axis tracking, ensuring optimal sunlight capture throughout the day. Certified for EU markets (CE, TÜV, EPR), it offers scalable customization for diverse environmental and energy needs.

Technical specifications

Feature	Specification	Benefit
Material	High-efficiency silicon-based photovoltaic cells; corrosion-resistant steel/aluminum frame	Enhanced energy conversion and long-term durability in harsh conditions
Tracking Mechanism	Slewing drive with ±5° precision adjustment	20% higher energy yield vs. fixed systems
Certifications	CE, TÜV, EPR (Germany/France)	Compliance with EU safety and environmental standards
Adjustable Frame Design	Tilt angle adjustable from 0° to 60°	Adaptable to seasonal sunlight angles and terrain variations
Load Capacity	Supports up to 2 MW output with 25-year lifespan	Reliable performance in industrial and commercial-scale deployments

Customization guide

Adjustable tilt angles and frame materials can be tailored to meet specific needs:

Climate: Reinforced corrosion protection for coastal or high-humidity regions.
Space: Compact frame design for urban installations with limited ground area.
Integration: Modular components for seamless pairing with wind turbines or battery storage systems.

Get inspired

With a single-axis tracking system, you can boost energy output by up to 20% compared to fixed panels. The adjustable frame design lets you optimize tilt angles for seasonal sunlight changes, while the corrosion-resistant materials ensure reliability in extreme weather. For example, in arid regions, a 45° tilt angle maximizes midday energy capture, while winter settings in northern climates can be adjusted to a flatter angle for better morning/evening performance.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Energy Output	2 MW	+15% (2.3 MW)	+30% (2.6 MW)*
Tracking Precision	±5°	±3°	±1.5°
Frame Material	Standard steel	Weather-resistant aluminum	Marine-grade aluminum + UV coating
Warranty	10 years	15 years	20 years
Certifications	CE, TÜV	+EPR (Germany/France)	+ISO 14001

Supplier's note

Technical Breakthroughs:
- Slewing Drive Precision: The Pro Model’s ±1.5° tracking accuracy reduces energy loss by 12% vs. industry benchmarks.
- Material Innovation: Marine-grade aluminum in the Pro Model withstands salt corrosion 50% better than standard steel.
- Scalability: The Base Model’s modular design allows easy expansion, making it ideal for phased commercial projects.
Version Selection Guidance:
- Base Model: Suitable for small-to-medium businesses seeking cost-effective energy solutions with standard durability.
- Advanced Model: Optimal for urban or industrial sites requiring EPR compliance and extended warranties.
- Pro Model: Designed for harsh environments (e.g., coastal areas) where extreme durability and peak efficiency (2.6 MW output) are critical. For instance, its UV-coated frame paired with high-precision tracking ensures stable power generation in desert climates.

Note: Performance claims are based on IEC 61215 testing standards under optimal sunlight conditions.

Frequently asked questions

Which solar tracker model is best suited for large commercial projects with high energy demands?
How do I maintain the slewing drive mechanism of a solar tracker to ensure longevity?
Steel vs. Aluminum Frame: Which material is better for outdoor durability in solar trackers?
Can this solar tracker be customized for urban areas with limited space?
What certifications ensure the safety and compliance of this solar tracker?
How does single-axis tracking compare to dual-axis for maximizing energy in sunny climates?
What warranty protections are available for the metal frame and photovoltaic cells?
Can this system integrate with wind turbines or batteries for hybrid renewable setups?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Fixed-Tilt Solar Panels	Residential rooftops, low-maintenance sites	Fixed angle (30°, IEC 61215), no moving parts	Low cost (▲), simple installation (▲▲)	15-20% lower efficiency (vs trackers), no angle adjustment
Our Base Single-Axis Tracker	Commercial ground installations	Slewing drive, ±45° tilt (ISO 10217), 20% efficiency gain (▲)	20% output boost (▲), durable aluminum frame (500+ hrs salt spray, ASTM B117)	Higher upfront cost, requires more space
Our Advanced Single-Axis Tracker	Utility-scale projects	Smart tracking algorithm (▲▲), 25% efficiency gain (▲▲), 24/7 monitoring	Maximized energy yield (▲▲), integrates with storage systems	Highest cost, complex setup
Dual-Axis Trackers (Industry)	High-latitude regions	Dual-axis movement (▲▲▲), 30% efficiency potential (ISO 10217)	30% efficiency gain (▲▲▲) in optimal conditions	High maintenance, mechanical complexity, costly
Ground-Mounted Systems (Base)	Open fields, industrial sites	Modular steel frame (200+ MPa tensile strength, ASTM A36), scalable design	Easy expansion (▲▲), weather-resistant (EPR-compliant)	Land-intensive, vulnerable to ground erosion
Rooftop Solar Systems	Urban buildings, limited land	Lightweight panels (≤20 kg/m², ISO 9001), roof-integrated design	Space-efficient (▲▲), minimal land use	Output limited by roof orientation, weight constraints