Solar energy is an abundant and clean renewable energy source. As solar PV power generation continues to grow, solar businesses, developers, and investors are relying on solar PV (photovoltaic) trackers or solar trackers more than ever to generate electrical energy and maximize solar projects’ ROI under cost pressure.

Furthermore, a solar PV tracker purchase is a good investment in the long term to increase solar production and decrease operating costs across geographies while reducing environmental degradation.

Keep reading to learn more about the top 10 global solar PV tracker companies.

What is a Solar PV Tracker?

A solar tracker is a device that positions a reflector, PV panel (photovoltaic panel)/solar panel, or a solar collector at an optimal angle relative to the sun to receive most of the solar radiation. For example, keeping the solar panel perpendicular to the sun results in more sunlight striking the solar panel, reflecting less light, and absorbing more energy.

Unlike any other single balance-of-system (BOS) component, a solar tracker enhances a PV system’s performance through the constant orientation of the PV panels toward the sun throughout the day.

A stepper motor (a type of DC motor) is usually used to position the solar panel so it can receive maximum sunlight. As the stepper motor is energy efficient with high tracking accuracy, it is used for precise automatic sun tracking with greater solar energy utilization. Moreover, a stepper motor is inexpensive in contrast to a servo motor.

It is estimated that solar tracking increases power output by about 30% to 40%. However, a computer-based algorithm solar tracker needs additional maintenance and is more expensive than a static/fixed solar panel.

Major sun/solar tracking systems are:

Manual solar tracker: Using a manual tracker is only sometimes practical as it requires someone to constantly monitor the sun and physically change the position of the solar panel system.

Active solar tracker: Active trackers use motors or hydraulic cylinders to move the PV panels, so they face the sun. Although active trackers are more convenient to use than manual trackers, a motor’s moving parts could break easily and lead to higher maintenance costs over the system’s lifetime.

Based on the direction of the movement, solar trackers are categorized into:

Single-axis solar tracker: Single-axis trackers are usually used in utility-scale projects, with tracking available on a horizontal/vertical axis. The tracker follows the sun’s position as it moves from east to west. A single-axis solar tracker can increase production from 25% to 35%.

Dual-axis solar tracker: A dual-axis tracker or two-axis tracker not only moves from east to west but also from north to south to track the sun. Such trackers are commonly used for residential and small commercial solar projects with limited space and produce enough power to meet required energy needs.

Passive tracker: Passive solar trackers or passive trackers use a liquid with a low boiling point that evaporates on exposure to solar radiation. Evaporation of the liquid causes the tilt system to become imbalanced, making the panels tilt toward the direction of the sun’s rays.

Top Global Solar PV Tracker Companies (2025)

Here are the top 10 global solar PV tracker companies (based on capacity installed):

Nextracker

Nextracker is the leading solar tracker company trusted globally for one of the most advanced and reliable solar trackers. In addition, TrueCapture is Nextracker’s yield optimization and control software while NX Navigator™ supports precision monitoring and control to manage and protect utility plant assets.

Nextracker’s solar tracker product portfolio includes:

Bifacial

Nextracker provides fully optimized bifacial solar tracker solutions to enhance plant production, reduce LCOE, and ensure superior ROI with minimal cost differential compared to monofacial modules.

Nextracker’s bifacial-ready solar tracker consists of optimized high-rise mounting rails, with bearing gaps and drive system gaps designed to maximize rear-side irradiance.

Other benefits of the solar tracker are:

• Large height-to-width aspect ratio

• Smart wire management and electrical stringing

• Minimal structural shading and mismatch loss factors

NX Horizon

NX Horizon systems have been used for some of the world’s largest solar farms. What factors make NX Horizon highly successful in the solar tracker market?

Take a look:

• Advanced feature set

• Ease of installation

• Field-proven weather durability

• Integrated hardware and software

• LCOE-enhancing operating performance

Furthermore, NX Horizon’s decentralized architecture and patented tracker-in-motion design have set a new benchmark in solar tracker innovation. Some of the notable features include:

• Highly engineered mass-balance rotation (rather than rotational torque energy)

• Unlinked tracker rows, which provide flexibility to follow East-West terrain

• Self-powered to preserve uptime during O&M

• Powerful robotic cleaning

• Maximum solar energy capture with up to 120° tracker range of motion

• Slew-drive motor with proven reliability

NX Horizon-XTR

NX Horizon-XTR is an all-terrain solar tracker that overcomes the “straight-line row” design constraints and simplifies construction on difficult or undulating terrain. Furthermore, the field-proven solar tracker accelerates project construction schedules while saving more time and money.

NX Horizon-XTR provides a wide range of benefits, such as:

• Maintain topsoil health and native vegetation

• Minimize schedule risk

• Prevent soil erosion

• Reduce dust control

• Save on foundation steel (shorter pile lengths) and earthworks (less grading)

On 9th April 2025, KP Group's Solar panel robotic cleaning system received an official approval from Nextracker USA. This approval confirms that KP Group's KPI Green OMS Intelligent PV Cleaning Robot is in compliance with NX Horizon Smart Solar Tracking Systems.

On 19th February 2025, ​Nextracker launched TrueCapture™ an intelligent yield optimization and control software. This software is designed to enhance solar plant performance through features like Zonal Diffuse Mode that captures scattered light, Split Boost Row-to-Row Mode, which allows shading on the bottom half of half-cut/split-cell modules and many more.
 

On 10th December 2024, Nextracker delivered 100% US-made solar PV trackers to the Pelican Jaw solar project developed by SB Energy. This is a 570 MW solar and 954 MWh energy storage project being constructed by SOLV Energy, one of the largest solar EPC companies in the world. 

The solar PV trackers provided are eligible under a content tax credit bonus under the Inflation Reduction Act (IRA).

Arctech Solar

Arctech is a globally renowned manufacturer and supplier of solar trackers, fixed-tilt structures, and BIPV solutions for commercial and utility-scale solar projects. Arctech’s solar trackers include:

SkyLine (Independent row 1P tracker)

SkyLine is a cost-effective and reliable tracker with a D-shaped torque tube that adds stability and saves material. The horizontal single-axis tracker accommodates up to 90 modules per tracker and supports all commercially available modules.

Furthermore, SkyLine’s string-powered system comes with a backup Li-ion battery and has strong wind resistance capability.

SkySmart II (2P tracker with double performance and triple safety)

SkySmart II’s notable features include an advanced slewing drive system, artificial intelligence algorithm, LoRa-wireless communication, strong adaptability to terrain, and synchronous multi-point drive.

The horizontal single-axis tracker supports all commercially available modules and provides different modes (flood, snow, and wind stow).

SkyLine II (Single-axis tracker (1P tracker) with synchronous multi-point drive)

SkyLine II is easy to install and offers the highest stability at all tilts. The horizontal single-axis tracker accommodates up to 120 modules per tracker and supports all commercially available modules.

SkyLine II’s electronic controller specifications include terrain-adaptive intelligent algorithm and snow and hail protection.

SkyWings (Dual row solar tracker with multi-point-drive design)

In August 2022, Arctech announced the launch of SkyWings—the company’s solar tracking solution stated as the world’s first dual-row solar tracker designed with a multi-point drive mechanism.

SkyWings is compatible with undulation terrain and its flexible modular design is reported to accommodate more PV modules than other conventional solar tracking systems under similar terrain circumstances. Moreover, the patented triple D torque tube allows for stowing flat (in a horizontal position) with excellent stability.

On 1st April 2025, Arctech showcased its latest innovation SkyLine II solar tracker, the StarShine I intelligent PV cleaning robot and Battery Energy Storage System (BESS) in the Solar & Storage Live Africa 2025 in Johannesburg, South Africa.
 
On 31st March 2025, Arctech announced it secured a 58 MW solar project in Romania. This project will include Arctech's flagship 1P single-axis solar tracker, SkyLine II.

In February 2025, Arctech announced its 588 MW solar project in Oman entered commercial operation. Located in Manah, Sultanate of Oman, forms part of Oman's 1 GW solar power plant initiative and is powered by Arctech's 2P solar tracking system, SkySmart II. This project is spanning an area of 6.8 million square meters and can generate about 1.5 million MWh sufficient to power 60,000 households.

On 6th January 2025, Arctech secured a supply contract for 1P single-axis solar tracking system Skyline II. These tracking systems will be used in the 1.5 GW AI Ajban solar project in the United Arab Emirates (UAE). This project was awarded to EDF Renewables and Korean Western Power Company (KOWEPO) last year by Abu Dhabi’s Emirates Water and Electric Company (EWEC). This project is 60% owned by Masdar, while EDF Renewables and KOWEPO each own 20% ownership.

On 25th October 2024, Arctech secured a contract to supply 2.3 GW of Skyline II solar trackers for the PIF4-Haden project in Saudi Arabia that will be operated by Acwa Power.

Array Technologies, Inc.

In January 2022, STI Norland was acquired by Array Technologies, a leading U.S.-based solar tracking systems manufacturer.

STI Norland (Soluciones Técnicas Integrales Norland SI) is one of Europe’s well-known tracker manufacturers that designs, manufactures, and supplies solar trackers and fixed structures for several solar PV plants.

Array Technologies specializes in durable and reliable utility-scale solar trackers engineered to withstand a variety of harshest conditions.

Furthermore, the solar trackers have diverse functionalities—from a customizable backtracking algorithm that minimizes shadows to remote monitoring and predictive maintenance that avoids downtime.

The company’s product portfolio includes:

Array DuraTrack® (multi-row tracker)

Array DuraTrack® is a sought-after solar tracking solution for utility-scale projects, ensuring 99.996% uptime and no scheduled maintenance. The durable tracking system uses fewer components and features a 100+ module row design to maximize power density.

Furthermore, DuraTrack®’s fully automatic, failure-free wind load mitigation system makes it dependable even in extreme weather conditions.

Array STI H250 (dual-row tracker)

Array STI H250 (dual-row tracker) uses advanced wireless communication technology. It is designed for a low LCOE with a dual-row structure that has around 60 PV modules per row in a vertical position.

The optimized configuration makes the dual-row tracker powerful yet adaptable to sites with extremely angled blocks, fragmented project areas, or irregular boundaries.

Array SmarTrack™

SmarTrack™ is sophisticated software that maximizes PV plant performance and increases revenue for utility-scale solar sites equipped with Array DuraTrack® trackers while reducing long-term operational costs. SmarTrack™ leverages machine learning and provides various benefits, such as:

• A highly secure platform

• Increased energy production by up to 5%

• No added hardware required

• Seamless integration (on-site or remote installation)

On 4th February 2025, Array Technologies announced its plans of doubling its manufacturing capacity in Albuquerque, New Mexico. This announcement is driven by its aim to meet the growing domestic solar demand in the U.S. and reach over 50 gigawatts of domestic solar module production capacity. Array Technologies manufacturing plant will be supported by US manufacturing production tax credits; company targets to source its domestically manufactured solar trackers by mid-2025.

On 16th September 2024, Array Technologies, announced that it has integrated 77° stow capabilities for its tracker systems. This helps protect its solar pv trackers from both hail and wind conditions.

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GameChange Solar

GameChange Solar’s innovative design helps in reducing total racking and installation cost without compromising solar racking strength. While superior engineering ensures fast installation, high-volume manufacturing delivers excellent value.

The company has designed proprietary systems that stand for bankable quality, ease of installation, and value for money. With an extensive global supply chain to meet demand across the world and high capacity production, GameChange Solar is transforming the world with affordable and green energy.

GameChange Solar’s product portfolio includes:

MAXSPAN™ Post Ground

• Single Post System

• Single Post EastWest™ System

• Dual Post System

• Dual Post EastWest™ System

All of the above systems are available as Wide Flange Post and Screw or Helical Post (2-4Up in Portrait).

MAXDENSITY™ EAST WEST SYSTEM

According to the company, this is the solar industry’s lowest-cost fixed-tilt structure.

Some salient features are:

• Up to 98% ground coverage ratio for maximum module density and energy output

• Simple, fast installation with great adjustability

• No need for pile drivers

• TURBOCLAMPS™ that increases panel install speed by 400%

• 5° or 10° East-West landscape configuration

• Supports various commercially available framed modules

On 23rd January 2025, GameChange Solar announced six tracker torque tube factories across the United States. One factory will be located in Illinois, three in Texas, one each in Arizona, and Michigan. These factories are planned to boast domestic manufacturing in US and are expected to collectively boast an annual production capacity exceeding 35 GW.

On 2nd October 2024, GameChange Solar was awarded about 10 GW capacity solar projects for its Genius Tracker™ solar tracking system. This 10 GW includes 4.7 GW of tracker systems for solar projects in Gujarat and 2.3 GW in Rajasthan solar projects, and the remaining capacity is for solar projects in Karnataka, Andhra Pradesh, Madhya Pradesh, Maharastra, Chhattisgarh and Tamil Nadu.

On 28th August 2024, GameChange Solar received a contract to supply the Genius Tracker System to Sterling & Wilson Renewable Energy, one of the world's largest solar EPC companies. These 750 MWp tracking systems will be used in the Khavda Solar Park in Gujarat, India.  

Versolsolar Hangzhou Co., Ltd. (Versolsolar)

Versolsolar Hangzhou Co., Ltd. (Versolsolar) is one of the largest professional PV mounting and tracking system manufacturers in China and the Asia-Pacific region.

The company’s high pass rate of PV brackets products is attributed to advanced equipment, meticulous logistics management, strict process standards, and top-rated production technology.

As a national high-tech enterprise, Versolsolar has been granted several patents and international certifications, with products selling worldwide in the mainstream markets, such as Europe, Japan, North America, and Southeast Asia.

Versolsolar products and solutions include:

Tracking System

• V-Multi Tracking System

• V-In Tracking System

• V-Link Tracking System

• V-Push Tracking System

• Tilt Single Axis Tracking System

• Dual Axis Tracking System

BIPV (Integrates PV modules with building materials)

• V-Integral BIPV System

• Integrated Rooftop System

• Metal Sheet Rooftop System

• Tile-on Rooftop System

• Flat Rooftop System

• V-Top Rooftop System – Windstream

Building Support System

• Aseismic Support System

• Finished Support System

• Pipe Gallery Support System

• Busbar System (includes “closed intensive busway” and “cable bridge frame”)

Ground Mounting System

• V-Basic Mounting System – Ground Double Column System

• V-Basic Mounting System – Pile Series

Power Station Development

• Power station cleaning vehicle (suitable for all terrains)

• PV vehicle shed system (combines PV power generation with a car shed)

On 18th July 2024, Versolsolar won a bid for a 1 million kW mining area in Dalat Banner, Inner Mongolia. It will supply ground photovoltaic stent systems for this project.

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PV Hardware

PV Hardware (PVH) is a leading provider of solar structures, trackers, and SCADA solutions for utility-scale power plants. PVH has supplied and installed solar trackers and structures globally, including PV plants in desert areas of Africa and the Middle East.

PVH’s solar tracker range comprises:

Monoline+ 1P (one-in-portrait) and 2P (two-in-portrait)

Monoline+ 1P and 2P are built for large-format ultra high-power modules and fully tested in 3D aeroelastic wind tunnels. Additionally, the single-row trackers use LoRaWAN to ensure long-range communication with no blind spots or interference.

While the trackers’ adaptive backtracking 3D and machine learning algorithm optimize production for PV plant sites with complex terrain, the robust structures are suitable for direct module attachment and grounding and optimal response to terrain orography and wind load.

Here are the major advantages of Monoline+ trackers:

• Adapted to XXL modules

• Better adaptability to the terrain

• Better position control

• Bifacial optimized

• Easy alignment during assembly

• High wind resistance and view factor

• Made with MAGNELIS®

• PV cleaner tested

• Support all market-available modules

Monoline

Monoline is an independent-row horizontal single-axis tracker (HSAT) that supports all market-available modules, including bifacial and thin film. Monoline range includes Monoline 3H (90 panels per row), Monoline 2V-60 (60 panels per row), and Monoline Bifacial.

Axone

Axone is a multi-row motor tracker that can safely move up to 20 rows and 62 modules while significantly reducing the use of actuators, electronic components, and motors. Apart from lowering the maintenance cost and unavailability due to breakdowns, Axone is built to last in extreme conditions with minimal maintenance.

Axone Duo

Axone Duo is a horizontal single-axis tracker with central driveline architecture in dual rows. The tracker is self-grounded via serrated fixation hardware, has a storm alarm for high winds, and uses LoRa wireless communication protocol. Axone and Axone Duo support all market-available modules, including bifacial and thin film.

On 19th February 2025, PV Hardware received PV Tracker Technology Leader Award at the Solarabic KSA Awards 2025.

On 28th January 2025, PV Hardware received MESIA Regional Technology Provider (Tracker) Award at the World Future Energy Summit 2025 recognizing its advanced solar energy technologies in Middle East and north Africa region. 

On 10th December 2024, PV Hardware USA launched its new "Diffuse Control" algorithm that ensures solar tracking by 20% during cloudy days compared to traditional sun-tracking methods.

This Diffuse Control technology can calculate the tilt angle to capture scattered sunlight called diffuse irradiance. Additionally, its Dynamic Step algorithm reduces the excess motor movements, saving 30% motor energy compared to traditional tracking systems. 

Soltec (Soltec Power Holdings)

Soltec is a top-tier manufacturer, supplier, and installer of solar tracker equipment. The company also provides a wide range of on-site services, such as advisory, commissioning, logistics, training, and regionally available installation and O&M contracting.

Soltec’s product portfolio includes:

SFOne

SFOne is a 1P single-axis tracker (double row) designed for 72- and 78-cell modules. The self-powered tracker is built on the advanced “Dy-Wind” wind design methodology and is cost-effective with optimized communication and control operations.

SFOne’s noteworthy features include:

• Diffuse booster optimization for low-light conditions

• Easier and faster installation

• Face-2-Face positioning

• Fail-safe redundancy

• Full wireless network at plant level

• Near field communication (NFC) at the tracker level

• Open thread mesh network

• Tracker monitoring system (TMS) for full PV plant control

SF8

SF8 is a single-axis tracker designed for larger 72- and 78-cell modules. The extremely robust tracker comes with a unique multi-drive transmission system within the tracker structure and a supersized torque tube with improved geometry.

The self-stow tracker provides excellent resilience to wind, ensures lower installation and maintenance costs, and contains an electrical surge protection device (SPD) for overvoltage protection.

SF8’s key features include:

• 22% more rigid

• 4 to 6 strings (frog leap weaving)

• Better angle accuracy

• Easier and quicker installation

• Fail-safe redundancy

• Full wireless system

• Open thread mesh network

• TMS for full PV plant control

• Up to 8.6% greater yield with BIFACIAL TEAMTRACK™

SF7 Single-Axis Tracker

Faster installation with a higher MW installation rate, highest yield-per-acre performance, lower BOP (Balance of Plant) costs, and a variety of land-use options, among other factors have made SF7 one of the most sought-after solar trackers for large-scale PV projects.

SF7’s significant features include:

• Cost-effective installation and operation

• DC Harness + StringRunner

• Fewer parts and screw connections

• Higher yield with Trackerfill

• Land-use enabler

• NFC at the tracker level

• Self-powered with PV series power supply

• TeamTrack asymmetric backtracking

On 27th February 2025, Soltec announced its plans to revise its future business  strategy and exclusively focus on supply of solar trackers. This will include plans of exiting from its less profitable business segments such as construction and asset management. This shift is driven due to the consolidated revenues of EUR 183 million of its total EUR 236.5 million, which is contributed by company's solar division. Additionally, company aims to re-establish its position as a leading entity in the photovoltaic sector.

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IDEEMATEC

With nearly 20 years in the solar industry and 12 years of tracker experience, IDEEMATEC is a leading solar tracking technology solution provider.

Horizon safeTrack H4™

IDEEMATEC’s original solar tracker is powered by its core patented decoupled drive technology and is suitable for various sites, including sites with challenging high winds, irregular terrain, and soils.

Furthermore, safeTrack H4PLUS bifacial tracker™ is now available for an even higher yield at more rail distance and maximum reduced shading.

The safeTrack H4™ trackers reduce the risk for EPC project developers and asset owners by providing the most value-added over a power plant’s entire lifetime. While the flexible string configuration allows for the highest peak power ratio, the high span reduces tracker installation costs.

Key features of Horizon safeTrack H4™ include:

• Barrier-free robot cleaning

• Bifacial ready

• Dynamic stability in any position

• Extremely adaptable to any terrain

• Patented technology for system stability (over the entire length)

• Safe and stable 0° stow position

• Superior safety and uptime level

Horizon L:TEC® 1P and 2P

The Horizon L:TEC® has an impressive 15-year system warranty for mechanical and structural components. In addition, IDEEMATEC provides a 25-year warranty against perforation corrosion.

The Horizon L:TEC® is built with decoupled drive technology paired with a locked sprocket system for maximum stability.

Furthermore, the tracker’s 1P and 2P versions feature a patented self-locking technology that secures standard, bifacial, and XXL modules in position against torsional galloping caused by extreme wind loads.

Securing modules helps expand product lifespan and reduce maintenance costs. Additionally, the tracker accommodates extra-large photovoltaic modules and integrates seamlessly with bifacial modules to generate more energy per tracker. 

Key benefits of Horizon L:TEC®:

• 30% fewer parts than the average system

• Best lifetime value

• Best-in-class warranty

• Design flexibility

• Zero-degree stow

AURORA (PV solar tracking software)

AURORA sends positioning-related commands using configuration data and virtual height correction to ensure optimal tracker operation.

On 20th February 2025, IDEEMATEC unveiled its commitment during the Storage, Renewable and Electric Vehicles Integration Forum to establish local supply chains across the United States, Latin America, Europe, South Africa, and the Middle East. Company believes that this strategy can help them adapt to market fluctuations and strengthen its position in the global solar market.

On 13th March 2024, IDEEMATEC inked an agreement with CWP Global for the supply of L:TEC Solar Tracker technology for AMAN project. This is a 30 GW renewable energy and green hydrogen project located in north-west Mauritania. This project is expected to begin its initial production in 2029, and half of its energy source will be solar energy. 

FTC Solar

FTC Solar manufactures solar tracker systems and solar tracker software. Founded by renewable energy industry veterans, FTC Solar makes single-axis, 2P tracking systems for utility-scale projects worldwide. It also provides engineering services, including foundation analysis, tracker design, and PV site layout.

FTC offers the following single-axis trackers:

FTC Voyager Tracker™/FTC Voyager+

FTC Voyager Tracker™ is a single-axis, 2P tracker that is ideal for bifacial panels and projects which have constraints on land area, rough soils, or steep terrain. Voyager enhances power yields and reduces installation costs through patented design.

Furthermore, superior software architecture ensures reliable communications between row, zone, and site controllers with 3-day autonomy.

Additionally, FTC SunPath™ software provides diffused light tracking, individual row backtracking, and multi-row shade optimization to add up to 6% in total energy output.

Here are the main advantages of FTC Voyager+:

• Lowest installed cost and fastest in-industry installation

• Maximum megawatt (MW)/acre with minimal grading (through superior design flexibility)

• Minimal maintenance requirements over the service life

• Optimal energy yield for any project (through yield enhancement software)

FTC Pioneer Tracker™/FTC Pioneer

As the PV market moves to larger module sizes, the demand is increasing for a flexible tracker architecture that can work well with ultra-large format modules (ULFM) in high-wind areas.

FTC Pioneer leverages the proven experience of FTC Voyager to overcome wind mitigation and installation cost challenges and create additional value with less steel, less land, and less labor.

Here are the main advantages of FTC Pioneer:

• Designed to use 15% fewer foundations

• Reduction of pile refusal and rework

• Significant reduction in the capex cost of pile and installation

• Up to 5% increase in power density

On 8th April 2025, FTC Solar inaugurated its dual-row configuration for 1P Pioneer Tracker. This design allows highest east-west tolerance among two-row liked trackers which will in turn reduce the site preparation costs, and refrain from terrain challenges for solar projects.

On 23rd October 2024, FTC Solar signed a contract with Sandhills Energy to supply 1P Pioneer trackers of 1 GW capacity to three solar projects. These projects include a 448 MW project in Burt County, Nebraska, a 320 MW solar project in Cass County, Nebraska, and a 225 MW solar project in Butler County, Nebraska.

Axial Structural Solutions

Axial Structural Solutions is part of the Alonso Group and specializes in designing and manufacturing fixed structural systems and solar trackers for photovoltaic installations.  

The company thoroughly analyzes seismic, snow, and wind conditions to make sure the trackers adapt to each solar plant’s requirements and offers tailor-made solutions for a variety of solar energy projects.

The Axial solar tracking system is adaptive, efficient, and reliable in many ways, such as:

• 3D backtracking

• Adjustment algorithm by topographic coordinates

• Multiple anchor systems

• Multiple security systems

• Optimized assembly process

• Three power options

• Three wind alarms

The Axial tracker range is available in the following configurations:

AxialTracker 1V Twin and Axial Tracker 2V TT (Bifacial)

AxialTracker 1V Twin and Axial Tracker 2V TT are horizontal axis East-to-West solar trackers with up to 70 km/h operational wind speed. The smartly designed trackers are self-powered/grid-powered for low-temperature regions.

AxialTracker 1V Twin—the double-row solar tracker—uses the NREL SPA (National Renewable Energy Laboratory Solar Positioning Algorithm) with a 3D backtracking tracking method and shares electronic systems and motorization between two rows to reduce up to 20% supply and maintenance costs.

On the other hand, Axial Tracker 2V TT uses the NREL SPA and provides advanced safety with a blocking system.

Both solar trackers are known for simple field installation and come with a 5-year warranty for slewing drive, engine, and electronics and up to 10 years battery warranty apart from corrosion and structural warranties of up to 25 years.

Other notable solar PV tracker companies include (listed in alphabetical order):

Powerway: Powerway Renewable Energy Co., Ltd. supplies roof racking systems, solar mounting systems, and solar tracking systems to global solar power stations. The company has supplied and installed solar trackers and structures in 60+ countries worldwide.

Scorpius Trackers: Scorpius Trackers Pvt. Ltd. is an end-to-end single-axis solar tracking solution provider. In addition to solar PV trackers, the company has developed tracker controllers, software, and structure designs.

Solar FlexRack: Solar FlexRack (Purchased by Qcells) is an integrated solar company that provides custom-designed solar tracking systems (fixed tilt ground mount and single-axis) and full services, such as engineering and layout design services.

Solar Steel by Gonvarri: Gonvarri Steel designs, supplies, and installs fixed tilt structures and solar trackers for the PV market.

Trina Solar: Trina Solar is a leading solar technology and manufacturing company that provides solar modules for residential, commercial, and utility-scale solar projects. Generally, a PV module (solar module) consists of PV cell (solar cell) circuits sealed in an environmentally protective laminate.

While one or more PV modules make up PV panels, a PV array (solar array) is the complete power-generating unit with any number of PV modules and panels.

In addition, some companies provide solar trackers for homes and businesses, DIY kits, and community solar services (AllEarth Renewables), as well as patented high-yield, dual-axis photovoltaic trackers designed to maximize performance in any climate and terrain condition (Mechatron Solar).

On 6th March 2025, Axial Structural Solutions announced its partnership with DCE Solar, a U.S.-based solar tracking manufacturer. Through this partnership, DCE Solar will launch AxialTracker Twin to the American market. AxialTracker Twin dual-row tracker utilizes homokinetic technology that allows it to adapt to various terrains, thus reducing civil work. Through partnership, DCE Solar will distribute Axial's dual-row solar trackers thus proving cost-effective solar solutions in US.

On 4th March 2025, Axial Structural Systems launched its Axial Agrivoltaics Trackers. These trackers are designed to optimize to perform solar energy generation for agricultural activities. These trackers are designed with a feature of Smart Clearance system with adjustable heights ranging from 1.3 to 2.1 meters. This feature allows movement for livestock without affecting production.

On 24th January 2025, Axil Structural Solutions announced it completed supplying and installing solar panels for the 74 MW Winterswijk Masterveldweg solar park in the Netherlands. The company was in charge of designing and manufacturing solar ground mount systems for this project, which installed the last solar panel on November 10th, 2024.

Wrapping Up

Typically, a solar energy system, photovoltaic solar panel system, or PV system converts sunlight into usable electric or thermal energy. Harnessing the sun’s energy is made better and more efficient with a solar tracker system, which helps generate the optimum level of solar power for electricity production.

No two solar projects are the same. As such, utility-scale solar development projects have unique requirements from concept to solar installation. Solar PV tracker companies provide a broad range of solar PV trackers, including single-axis and dual-axis trackers for residential, commercial, and industrial applications.

A solar PV tracker takes solar power generation to a whole new level across the world—whatever the location, energy production requirement, or size of the solar project.

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