Solar Tracker Market Report

The demand for solar trackers is expected to grow at a rapid pace with the rising solar panel market, contributing significantly to the global solar tracker market growth observed globally. Solar trackers are tools that adjust solar panels' angles to maximize sunlight exposure, increasing energy capture by 25–50% compared to fixed installations. This boosts electricity generation, improving the efficiency and cost-effectiveness of solar energy systems. Also, as per the data, it is expected that a total of 752 GW solar trackers will be installed between 2024 and 2030, which is expected to majorly occur in countries like India, China, the United States, etc. These systems also support the performance of a solar collector by optimizing sunlight absorption throughout the day.

Furthermore, according to the data of SolarPower Europe in 2023, 447 GW of new solar capacity was added to the world's grid, dominating global power generation growth. Solar PV made up 78% of the 576 GW of new renewable capacity added, significantly increasing from previous years, and by 2030, 7.4 TW of solar capacity globally is projected beyond the 5-year forecast, aiming for net zero emissions. Additionally, as per the data of the United States Government, the global installation of photovoltaic systems for the year 2024 is projected to reach 560 GW dc which is expected to boost the overall market for the solar tracker market. This expansion is positively influencing the solar tracker market size across emerging and developed economies.

Bifacial solar panels are a special photovoltaic technology that can collect light from both the back and front sides and therefore yield a greater energy production ratio compared to traditional single-sided solar panels. Solar trackers can improve bifacial solar technology by enabling panels to track the sun's movement, maximizing sun exposure throughout the day. This boosts energy capture from both sides, enhancing overall efficiency and yield. The advantage of bifacial panels is the improvement in terms of efficiency, mostly being able to produce 10–20% more from reflected sunlight off surfaces such as rooftops or ground. In some advanced applications, polymer solar cells are also being explored to improve flexibility and lightweight installation capabilities.

Furthermore, as per OSTI government research, there is an increase of 30–50% in output power. The unique design enables them to work effectively in different environments, especially when installed in areas with experiences of snowfall or reflective surroundings. Also, as per the data, there is a growing demand for bifacial solar panels due to the high maximization of energy output and low cost, and most importantly, the focus on renewable power solutions, as such, becomes a preferred choice for both residential and commercial applications, supporting favorable solar tracker market trends.

• Integration of AI and IoT for real-time monitoring and optimization of energy production.
• The growing trend toward using bifacial solar panels with trackers.
• Rise towards the use of sustainability in solar tracker design.

These developments are playing a key role in the broader solar tracker industry analysis as companies focus on improving operational efficiency and system reliability.

The maintenance and operating costs of solar trackers are very expensive because they have a mechanical complexity requiring scheduled inspections, lubrication, cleaning, and recalibration for maximum performance. Environmental conditions such as rain and excessive temperatures can significantly augment this wear and tear mechanism, which increases the maintenance trials. The installation would, therefore, require the operators to budget for continued maintenance and perhaps required repairs, which would influence installations of solar trackers quite highly, in particular for large-scale projects.

The next challenge that highly affects the market is geographical limitations, which significantly affect the applicability of solar trackers because they are potentially more susceptible to wind effects, especially with high gusts and extreme conditions that call for careful site selection. Further challenges with solar trackers include increased land requirements compared to fixed systems. In urban regions, the availability of land is limited and expensive. Other competing uses for the land and local zoning also may limit the availability of suitable sites, hence requiring a preliminary assessment of land rights and regulatory compliance before deployment. These factors are often highlighted in detailed solar tracker market analysis reports.

In September 2024, Arctech, the world’s leading solar tracking, racking, and BIPV solutions provider, unveiled its latest innovation: SkyLight, a tracker that revolutionized the solar energy sector. The launch took place during an exclusive event called SkyLight Solar Synergy, held in partnership with JA Solar and Solis – renowned manufacturers of solar modules and inverters, racking, respectively. The 1P Linked Dual-row Solar Tracking System SkyLight was designed with a single-point drive mechanism, catering to low wind speed regions, particularly in the Latin American market. It offered an optimal combination of reliability, safety, stability, and cost-effectiveness.

In April 2024, Soltec, a vertically integrated Spanish PV company, announced in a recent statement that it had launched a new 125-meter-long, dual-row horizontal, single-axis solar tracker system. The SFOneX system had a tracking range of 55 degrees, and there was an option to upgrade it to 60 degrees. The company stated that it could be used with 72-cell, 78-cell, or 60-cell modules - both crystalline and thin-film panels. It could adapt to both north-south and east-west orientations of up to 15%. It could use a driven pile, ground screws, or concrete and could handle temperatures of up to 55 C. Such innovations are expected to strengthen the solar tracker market outlook over the coming years and support the deployment of advanced PV solar panel technologies.

The demand for the solar tracker market is expected to rise in the Asia Pacific countries due to their rising use of solar energy. The demand for solar panels is expected to rise because governments tend to reduce their dependency on fossil fuels and act as combatants against climate change through friendly policies and incentives. Moreover, the reduced cost of solar technology and public awareness about environmental issues enhance the use of solar energy within the region. As per the data of the United States Government for the year 2024, China has installed more than 100 GW DC, whereas India has installed more solar in the first half of 2024 than it did for all of 2023. Additionally, as per Carbon Brief, it is forecasted that the overall capacity for the year 2028 may reach 1000 GW as China exceeded 100 GW in the first eight months of 2023, reinforcing the positive solar tracker market forecast globally.

Similarly, India can also be considered a lucrative market due to its policies and support for solar energy. In the year 2024, while announcing the interim budget for 2024-2025, a sum of US$ 1.02 billion was allocated for solar power grid infrastructure development. Thus, rising solar power use is expected to boost the demand for solar trackers. Furthermore, North America, and specifically the United States, is considered a lucrative market due to its rising imports of photovoltaic cells. As per the data of the United States Government for the year 2024 in quarter 2, the imports grew approximately by 18 GW dc (+17% q/q), or 33 GW dc for the first half of 2024; furthermore, the United States imported 3 GW dc of cells in 2024, which makes the United States a lucrative market. This regional expansion also contributes to evolving solar tracker market segmentation and increasing solar tracker market share among key industry participants.

Geographic Coverage of the Report:

• Detailed mapping of the solar tracker market across single-axis and dual-axis systems, utility-scale installations, commercial deployments, and agrivoltaic applications, with segment-wise revenue contribution, shipment volume, and operational efficiency benchmarks.
• Regional demand patterns shaped by solar irradiation levels, grid modernization programs, land optimization priorities, and utility-scale photovoltaic expansion across North America, Europe, Asia-Pacific, Latin America, and Middle East & Africa.
• Quantitative outlooks for the solar tracker market, including forthcoming 10-year forecasts by value (US$ Mn), installation volume (Units), CAGR trajectory, market share evolution, and year-on-year growth differentials across major deployment environments.
• Evaluation of tracker component pricing trends covering steel structures, slew drives, dampers, controllers, and actuator systems, alongside the influence of raw material volatility and logistics costs on project economics.
• Competitive benchmarking of EPC-linked manufacturers, tracker technology providers, and integrated solar infrastructure companies operating within the solar tracker market, including portfolio diversification and regional penetration strategies.
• Assessment of regulatory frameworks influencing utility-scale solar procurement, local manufacturing incentives, renewable energy targets, transmission integration standards, and environmental permitting requirements.
• Supply chain intelligence focused on torque tube fabrication, electronic control integration, component sourcing concentration, and downstream installation networks supporting the solar tracker market ecosystem.
• Examination of mergers, strategic partnerships, product innovations, AI-enabled tracking algorithms, wind-resilient tracker designs, and smart monitoring capabilities reshaping long-term market positioning and investment planning.