Europe Photovoltaic Mounting System Market Outlook 2025 to 2035

The European photovoltaic mounting system market is experiencing rapid growth, driven by the rapid adoption of renewable energy and supportive government policies. As the structural backbone of solar installations, mounting systems are increasingly essential, improving energy generation, installation efficiency, and system durability. The market is expected to increase from USD 58,794.5 million in 2025 to USD 260,720.8 million by 2035, leading a CAGR of 16% during the forecast period.

Its robust regulatory framework, designed to drive down carbon emissions and reduce dependency on fossil fuels, has made solar PV a pillar of the EU’s energy strategy. Residential, commercial, industrial, and utility-scale photovoltaic mounting systems are being deployed at an increasingly rapid pace, and both rooftop and ground-mounted arrays are gaining traction. Germany and Spain are leading the way in these two countries, followed by Italy and France. Feed-in tariffs, green financing, and net metering schemes have also aided solar photovoltaic projects.

To meet the diverse needs of different roof terrains, mounting system manufacturers are now targeting various lightweight and corrosion-resistant materials, such as aluminum alloys and galvanized steel. The increasing demand for quick-install systems, adjustable tilt designs, and bifacial-compatible structures is influencing innovation across the market. With the discovery of utility projects, trackers are increasingly being used to maximize yield, and fixed-angle, ballasting systems dominate the urban residential and commercial segments.

Technologies such as AI-assisted solar tracking, automated installation, and modular frame systems are also paving the way for higher deployment speeds and lower labor costs. And the upcoming transition in the region toward climate neutrality will continue to drive demand for innovative mounting solutions, large-scale solar parks, building-integrated PV, and floating PV installations.

Regional Analysis

Northern Europe

In Northern Europe, snow-stopping and bifacial-friendly mounting systems made for rooftops and ground-based solar farms are flying off the shelves. Sweden, Finland, and Denmark countries are integrating solar PV in residential and commercial energy systems, where it favours for its corrosion resistant structures and weathered climates. Elevated mounting systems are also a growing trend in urban projects in dense markets where space is limited and snow load tracking is critical.

Western Europe

The European regional market is dominated by the countries of Western Europe which is propelled by aggressive solar deployment targets, feed-in tariff programs, and utility scale solar investments. Countries such as Germany, France and the Benelux region are quickly scaling up both rooftop and ground-mounted PV deployments. Demand for aluminum and steel mounting frames with quick-install features for large format modules is particularly strong. In response, manufacturers are focusing on recyclable materials and automation-ready systems to align with regional sustainability goals.

Southern Europe

High solar irradiance in southern Europe makes the region suitable for widespread on-site solar PV deployment in agriculture, residential and commercial fields. Countries such as Italy and Spain and Portugal are expanding rooftop solar and agrivoltaic systems while increasingly utilizing tilt and tracking structures to maximize output. Mounting systems featuring dust-resistant coatings and low-maintenance structures are preferred in these sun-intense locales.

Eastern Europe

Eastern Europe is a growth market after EU energy transition and solar infrastructure funding. Countries like Poland, Romania and Bulgaria are putting solar projects on deindustrialized land and incorporating PV solutions into municipal and rural energy programs. The market here has a preference for low-cost fixed-mount systems but is also slowly moving toward modular, tracker-based platforms in larger utility-scale projects.