Ground Mounted Solar PV Mounting Systems Market Size & Share Analysis - Growth Trends and Forecast (2027 - 2032)

Market Trends and Insights

Utility-Scale Solar Capacity Additions Drive Consistent Racking Volumes

Utility-scale capacity additions directly shape annual demand in the Ground Mounted Solar PV Mounting Systems Market, especially for suppliers serving large project orders. The United States added 30 gigawatts alternating current (GWAC) of utility-scale ground-mounted solar in 2024, equal to 54% of its new grid-connected capacity additions and supporting the Ground Mounted Solar PV Mounting Systems Market. India added 44.61 GW of solar capacity in FY 2025-26, compared with 23.83 GW in FY 2024-25, and ground-mounted projects accounted for 34.8 GW of the later total. These additions support large, repeatable orders for fixed structures and tracker systems. Large public tenders also influence supplier economics because awarded prices become procurement reference points for later projects. The U.S. Investment Tax Credit domestic-content provisions further encourage Engineering, Procurement, and Construction (EPC) firms to consider locally manufactured structural equipment when planning qualifying projects.^[3]

Bifacial Modules and Single-Axis Tracker Adoption Redefine Levelized Cost of Energy (LCOE) Benchmarks

Bifacial modules and single-axis trackers are being deployed together in many utility-scale projects, changing requirements in the Ground Mounted Solar PV Mounting Systems Market. Nextracker states that single-axis trackers can increase annual energy yield by up to 25% compared with fixed-tilt systems.^[4] Arctech Solar reports that bifacial modules can generate 10-20% more power under standard conditions, with larger gains under optimized conditions. This equipment combination strengthens the case for tracker-based design where land, irradiance, and grid conditions support higher output. It also moves mounting-system selection beyond basic structural specifications and toward expected plant performance. Suppliers are responding with real-time controls, backtracking functions, Supervisory Control and Data Acquisition (SCADA) links, and predictive maintenance features. Arctech Solar states that its SkySmart II system uses machine learning to set module angles and reduce inter-row shading.

Policy-Led Domestic Manufacturing Bifurcates Global Supply Chains

Policy support is separating the Ground Mounted Solar PV Mounting Systems Market into domestic-content and globally sourced supply channels, which affects supplier selection. In the United States, tax-credit rules encourage developers to document domestic content and procurement timing for eligible projects in the Ground Mounted Solar PV Mounting Systems Market. GameChange Solar reported that module-flexible tracker designs can allow developers to preserve project options while meeting safe-harbor procurement requirements. India’s domestic-content requirements direct part of the procurement base toward domestic steel fabricators and mounting-system assemblers. Europe’s Net-Zero Industry Act identifies solar manufacturing as a strategic area and supports faster permitting and financial access for related clean-technology production. Procurement specifications increasingly include CE marking and relevant EN or IEC structural standards. This shifts competition toward compliance capability as well as delivered cost.

Agrivoltaics, Terrain-Adaptive Structures, And Digital Controls Expand Product Requirements

Agrivoltaics is widening the set of structural requirements that suppliers must meet in the Ground Mounted Solar PV Mounting Systems Market, particularly in constrained agricultural sites. Gonvarri Solar Steel announced a 73 MWp supply agreement for an Italian agrivoltaic project that used tracker structures with motor-pile heights of up to 3 meters and 2.1 meters of ground clearance. Such requirements support crop access, airflow, and farm machinery movement. Terrain-following designs also reduce the need for extensive grading on difficult sites. GameChange Solar states that its Genius Tracker TF can accommodate post-to-post slope variations of up to 1.7 degrees. Digital controls and predictive maintenance add another layer of differentiation because they help operators manage yield and weather-response decisions. These specialized systems create opportunities for suppliers with design, software, and field-engineering capability.

Steel And Aluminum Price Volatility, Tracker Reliability, And Weather Risk Limit Margins

Material costs remain a major constraint because steel and aluminum form a large share of mounting-system inputs. Solar Energy Industries Association (SEIA) reported that changes to U.S. Section 232 tariffs increased domestic prices for steel, copper, and aluminum, while electrical and structural equipment costs rose in the fourth quarter of 2025. Manufacturers operating under fixed-price EPC contracts have limited room to absorb fast price movements. Array Technologies reported adjusted gross margin of 27.0% in FY2025, down from 34.1% in FY2024, citing tariff effects and average selling price pressure. Weather exposure adds a separate risk for tracker suppliers and owners. AXIS Capital found that tracker systems that failed to stow during hail events produced average losses of USD 380,000 per MW, compared with USD 150,000 per MW where stow systems operated successfully. This strengthens the commercial case for tested weather-stow controls and reliable operating procedures.

Land Assembly, Permitting, Interconnection Constraints, And Curtailment Delay Procurement

Permitting, land assembly, grid connections, and curtailment can delay the point at which a solar pipeline becomes a mounting-system order. Lawrence Berkeley National Laboratory recorded 956 GW of solar capacity in active U.S. interconnection queues at the end of 2024. Historical completion rates indicate that only a small share of queued projects progresses to operation. Federal Energy Regulatory Commission (FERC) Order No. 2023 seeks to improve queue management through a first-ready, first-served approach and stronger readiness requirements. The Australian Energy Market Operator also identified material congestion risk for proposed generation projects in Victoria and South Australia. These limits can weaken project economics even where module and mounting prices are favorable. Manufacturers therefore benefit from assessing grid status and delivery timing before allocating capacity to prospective projects.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Ground Mounted Solar PV Mounting Systems Market Segment Analysis

Tracking Mounting Systems are projected to grow at a 6.5% CAGR through 2032. The segment benefits from broad use of single-axis trackers in utility-scale projects where higher energy yield can justify additional equipment cost. Nextracker reported that most utility-scale projects in established markets use solar trackers, with adoption also developing in newer solar markets. Tracker demand is particularly strong in the United States, India, Latin America, Australia, the Middle East, and parts of Africa. Site design has become an important point of differentiation because developers are increasingly seeking to avoid high civil-work expenses. GameChange Solar’s terrain-following tracker is designed for lower grading needs on sloped sites.

Fixed Mounting Systems held 58.2% of global segment value in 2026. Their leading position reflects continued use in lower-complexity projects, off-grid installations, distributed generation, and sites where tracker payback is less attractive. Fixed structures retain value in lower-irradiance European markets and in applications that prioritize installation simplicity. They also provide a practical option for sites with limited operating support or lower project scale. Supplier competition in this part of the Ground Mounted Solar PV Mounting Systems Market is more exposed to fabrication cost and steel sourcing. Trackers, by contrast, command stronger differentiation where software, terrain adaptation, and weather-response functions affect plant economics.

Galvanized Iron held 43.6% of global segment value in 2026 and is forecast to grow at a 6.2% CAGR through 2032. The material is widely used because it offers structural durability and cost efficiency in large Ground Mounted Solar PV Mounting Systems Market projects. Hot-dip galvanizing is relevant for systems expected to operate for 25-30 years under varied soil and weather conditions. EN ISO 1461 provides requirements for hot-dip galvanized coatings on fabricated iron and steel articles. These standards can influence procurement specifications, particularly where corrosion risk needs formal evaluation. Large-scale fabrication capacity also supports shorter supply cycles for high-volume project orders.

Steel remains important for deep-foundation and screw-pile applications in permafrost, high-wind, and other demanding site conditions. Aluminum retains advantages where lower handling weight and faster installation are important. However, tariff exposure can weaken its cost position in U.S. ground-mount projects. Composites and polymers occupy a smaller role, mainly where corrosion resistance or low weight outweighs the initial cost premium. The material mix therefore changes with soil conditions, wind loading, installation approach, and local trade policy. In the Ground Mounted Solar PV Mounting Systems Market, raw-material availability can shape bid competitiveness as much as a supplier’s design capability and delivery reliability.

Bifacial Solar Panels are forecast to grow at an 8.1% CAGR through 2032. Developers use bifacial configurations to capture output from the rear side of the module, which increases the importance of structural shading and ground-clearance decisions. Arctech Solar cites testing that indicates 10-20% additional output under standard conditions, with greater gains under favorable rear-albedo conditions. Mounting systems must therefore limit underside shading and support appropriate module elevation. Narrower structural members and non-shading fastener designs can become more important in bifacial projects. Tracker geometry, row spacing, and backtracking settings can also affect realized gains.

Crystalline Silicon PV Modules accounted for 81.4% of the technology-compatibility segment in 2026. Their scale and established manufacturing base make them the central compatibility requirement for most mounting-system suppliers. Thin-film modules remain smaller in volume but can matter in domestic-content procurement. TerraSmart integrated its fixed-tilt racks and TerraTrak 1P tracker with First Solar’s Series 7 TR1 module in January 2025. This provides an example of mounting suppliers adapting their designs for module-specific use cases. 

Utility-Scale applications accounted for 76.3% of global segment value in 2026 and are projected to expand at a 5.7% CAGR through 2032. Large projects concentrate both structural volume and tracker demand in a smaller number of procurement decisions. The United States, Asia-Pacific, North America, and the Middle East continue to support this application through large solar additions and planned capacity programs. Utility-scale contracts can include more than hardware because developers often seek monitoring systems, yield-management tools, and weather-stow protocols. Nextracker states that its TrueCapture system can reduce energy losses in operating plants. These integrated offers can increase system value while raising the importance of performance validation.

Commercial and industrial applications are the next relevant outlet for ground-mounted structures. Corporate power purchase agreements and on-site solar requirements support this demand in the United States, Europe, Japan, and other markets. Unirac acquired TerraSmart’s racking and foundation business in July 2026 for USD 5 million, expanding its ground-mount, tracker, and canopy product offering. Residential ground mounts provide a smaller but useful distributed-generation channel in Australia and Germany. Off-grid demand serves mining, telecommunications, rural electrification, and specialized applications. The Ground Mounted Solar PV Mounting Systems Market therefore has a large-project center of gravity while retaining smaller application channels with distinct engineering needs.

EPC Companies accounted for 39.7% of the end-user segment in 2026. Their role reflects their responsibility for engineering, procurement, construction, supplier qualification, and delivery coordination in major projects. Large EPC firms can use preferred-supplier frameworks to negotiate multi-project supply terms. These arrangements may reduce the engineering work required to approve mounting equipment across repeated projects. EPC procurement remains important where project sponsors prefer a single point of delivery responsibility. It also supports high shipment volumes for suppliers that can meet delivery, quality, and bankability requirements.

Solar Project Developers are forecast to grow at a 5.9% CAGR through 2032. Direct procurement gives developers more control over module flexibility, tariff risk, and long-term operating obligations. GameChange Solar linked module-flexible tracker procurement to safe-harbor planning for utility-scale projects. Utilities and independent power producers are also becoming more direct buyers for projects above 100 MW. Government and defense customers remain smaller but can require domestically sourced equipment and higher specifications. Installers and integrators primarily serve distributed and off-grid systems through distributor channels. These different purchasing models broaden the sales approach required in the Ground Mounted Solar PV Mounting Systems Market.

Geography Analysis

Asia-Pacific: Scale, Manufacturing Capacity, And Strong Project Activity

Asia-Pacific held 47.8% of global value in 2026 and is forecast to grow at a 6.1% CAGR through 2032. India had 100.80 GW of installed ground-mounted solar capacity at the end of 2025, while its solar additions reached 44.61 GW in FY 2025-26. This scale supports recurring demand for both domestic and imported Ground Mounted Solar PV Mounting Systems Market equipment. China continues to influence equipment pricing through high-volume manufacturing and public procurement. Japan remains more focused on premium, aluminum-intensive systems where installation constraints and quality requirements influence product selection. ASEAN countries provide additional demand through large projects in Thailand, Indonesia, and the Philippines. India’s National Institute of Solar Energy assessed ground-mounted solar potential at 3,343 GWp, which indicates a long development runway.

North America: Domestic Content and Grid Reform Shape Procurement

North America remains a major tracker market. Domestic-content incentives and trade measures are encouraging new structural manufacturing capacity in the United States. PV Hardware expanded its Houston facility in October 2026 and reported a 42% increase in pre-assembled tracker component capacity. Array Technologies reported USD 1.284 billion in FY2025 revenue, with tracker volumes rising 35%. Federal Energy Regulatory Commission (FERC) Order No. 2023 is a regulatory influence on project timing because it changes the interconnection process. Its progress matters for mounting-system demand because projects need executed grid arrangements before final procurement. Canada is also developing as a new sales area, reflected in Clenergy’s appearance at Electricity Transformation Canada 2025.

Europe, South America, Middle East and Africa, And Australia: Different Design Needs Influence Demand

Europe is developing demand for elevated agrivoltaic systems because land-use constraints are directing projects toward designs that preserve agricultural activity. Gonvarri Solar Steel’s 73 MWp Italian project illustrates the role of specialized clearance and tracker specifications in this setting. The European Union’s Net-Zero Industry Act also places solar manufacturing within its strategic clean-technology framework. South America is opening larger tracker opportunities, including Gonvarri Solar Steel’s 472 MWp supply agreement for Peru’s CSF Illa project. Middle East and Africa demand is tied to utility-scale programs, including a 600 MW ground-mount delivery reported by Xiamen Mibet New Energy in 2025. Australia faces a different constraint because transmission congestion can increase curtailment risk. Australian Energy Market Operator (AEMO)’s congestion information highlights the importance of location and network conditions for proposed generation. Smart tracker controls may become more relevant where operators need to align plant operation with changing network conditions.